Chemistry Merit Badge

Free Resources and Answers

Time: 2–4 weeks
Difficulty: Moderate
Setting: Indoor lab, classroom
Best For: Scouts interested in science, experiments
Hands-On Level: Moderate
Eagle Required: No

The Chemistry merit badge gives you a chance to discover how the world works. Everything around you is made of matter, and chemistry helps explain why materials have different properties and how they change. As you work on this badge, you will see how chemistry is part of everyday life.

You will perform experiments, observe chemical reactions, and learn about atoms, elements, and compounds. You will practice making careful observations and recording what you discover. These activities help you think through problems and understand why experiments produce different results.

As you complete the Chemistry merit badge, you will build skills that are useful in school and many careers. You may find that you enjoy solving scientific questions or learning how new materials and medicines are developed. Even if you choose a different path, the things you learn will help you better understand the world around you.

The requirements for this merit badge were updated effective January 1, 2025.

Download the Chemistry Merit Badge Requirements

Chemistry Merit Badge Pamphlet

Chemistry Merit Badge Printable Requirement Check Off Sheet

Checklist for All Merit Badges

Help with Answers for Chemistry Merit Badge Requirements

Find specific helps for some of the Chemistry merit badge requirements listed below. Some of these resources will just give the answers. Others will provide engaging ways for older Scouts to introduce these concepts to new Scouts.

• Requirement 1: Safety
• Requirement 2: Chemistry and First Aid
• Requirement 3: Chemistry in the Kitchen
• Requirement 4: Chemistry and Camping
• Requirement 5: Environmental Impact
• Requirement 6: Fields
• Requirement 7: Oversight
• Requirement 8: Chemistry as a Profession
• More Resources

Requirement 1a: Compare Safety Data Sheets

What You Need To Do

Find the Safety Data Sheets (SDS) for sucrose (table sugar), isopropyl alcohol (rubbing alcohol), and a waterproofing spray. Compare their properties, hazards, safe handling, disposal methods, and toxicity.

Helpful Tips

• A Safety Data Sheet gives safety information for a chemical or product.
• Every SDS follows the same 16-section format.
• Section 2 lists the hazards and warning labels.
• Sugar is generally safe but sugar dust can burn if it becomes airborne in large amounts.
• Isopropyl alcohol is highly flammable and its vapors can irritate your eyes, skin, and lungs.
• Waterproofing sprays often contain flammable solvents and chemicals that can irritate your skin or breathing passages.
• Disposal instructions may be different for each product, so always check the SDS.
• Many manufacturers provide SDS documents on their websites.

Resources

• Safety Data Sheets Training (video)

Leader Tips

• Help Scouts locate current SDS documents from reliable sources.
• Encourage Scouts to compare the same sections in each SDS.
• Ask questions that help Scouts identify similarities and differences.
• Remind Scouts that household products can still present hazards.

Requirement 1b: Personal Protective Equipment

What You Need To Do

Identify the recommended personal protective equipment (PPE) for each product. Compare how the recommended protection changes based on the chemical and the way it enters the body.

Helpful Tips

• PPE stands for personal protective equipment.
• Safety glasses protect your eyes from splashes and flying particles.
• Gloves reduce contact between chemicals and your skin.
• Respirators or masks may be needed when harmful vapors or fine sprays are present.
• Sugar usually requires little or no special PPE during normal handling.
• Isopropyl alcohol commonly requires safety glasses and gloves.
• Waterproofing sprays often require eye protection, gloves, and good ventilation or a proper respirator.
• Chemicals may enter the body through the eyes, skin, lungs, or by swallowing.

Resources

• How to Dress in the Lab and the Use of PPE (video)

Leader Tips

• Show examples of common PPE if it is available.
• Help Scouts match each type of PPE with the hazard it prevents.
• Discuss why different chemicals require different levels of protection.
• Reinforce good safety habits during all demonstrations.

Requirement 1c: Hazard Pictograms

What You Need To Do

Review the hazard pictograms in Section 2 of each Safety Data Sheet. Describe what the symbols mean and where you see them in everyday life.

Helpful Tips

• Hazard pictograms provide quick safety warnings.
• A flame symbol warns about flammable materials.
• An exclamation mark warns about irritation or less serious health hazards.
• Sugar normally has no hazard pictograms because it is not classified as hazardous.
• Rubbing alcohol commonly displays the flame and exclamation mark symbols.
• Waterproofing sprays often display the flame symbol and may include other health warning symbols.
• Similar symbols appear on paint, fuel, cleaning products, pesticides, and aerosol cans.
• Reading the symbols before using a product helps prevent accidents.

Resources

• Safety Pictograms in SDS (video)

Leader Tips

• Show examples of products with hazard labels.
• Ask Scouts to identify symbols they have seen at home or in stores.
• Connect the pictograms to real situations instead of memorization.
• Encourage careful reading of labels before using any chemical.

Requirement 1d: Safe Chemical Storage

What You Need To Do

Discuss how chemicals should be stored safely. Include examples from your home, school, community, and ways proper storage protects the environment.

Helpful Tips

• Keep chemicals in their original containers with the labels attached.
• Store chemicals away from heat, sparks, and open flames when required.
• Keep products out of reach of young children and pets.
• Never mix different chemicals in the same container.
• Schools often store chemicals in locked cabinets.
• Flammable chemicals may be kept in special fire-resistant cabinets.
• Follow local disposal rules instead of pouring chemicals down a drain or onto the ground.
• Good storage practices help protect people, wildlife, and water supplies.

Resources

• Chemical Storage Safety (video)
• Store Household Chemicals Safely (video)

Leader Tips

• Encourage Scouts to look for safe storage examples in familiar places.
• Discuss why labels should never be removed from chemical containers.
• Connect safe storage with accident prevention and environmental care.
• Remind Scouts to ask an adult before moving or disposing of household chemicals.

Requirement 2a: Soap and Alcohol

What You Need To Do

Discuss why soap and rubbing alcohol are both used to clean cuts and scrapes. Talk about ways you could test your ideas with your counselor.

Helpful Tips

• Soap removes dirt, oil, and many germs from your skin.
• Water alone does not remove oil very well.
• Soap surrounds oil so water can wash it away.
• Rubbing alcohol kills many bacteria and some viruses.
• Alcohol works best on clean skin because dirt and grease can block contact with germs.
• Soap and alcohol do different jobs, so both can help prevent infection.
• A simple test could compare cleaning with water alone, soap and water, and rubbing alcohol.
• A fair test changes only one thing at a time.

How to Test Your Hypotheses:

• Imagine comparing how well soap and water remove germs. You could test this by simulating germs using something like cooking oil and cocoa powder and washing your hands with only water, only soap, and then soap and water together.
• For alcohol, you could discuss how it might work against germs like yeast.

Resources

• Soap and Hand Sanitizers vs Viruses and Bacteria (video)

Leader Tips

• Encourage Scouts to compare the different jobs of soap and alcohol.
• Discuss how a fair experiment uses the same materials and conditions.
• Guide Scouts toward safe experiments using common household items.
• Connect the discussion to basic first aid practices.

Requirement 2b: Soap and Water Experiment

What You Need To Do

Cover your hands with cooking oil and a safe powder such as cocoa or sand. Wash with water, then repeat the test using soap and water and compare the results.

Helpful Tips

• Cooking oil sticks to your skin.
• Water does not mix well with oil.
• Most of the oil stays on your hands after rinsing with water alone.
• Soap has one end that attaches to oil and another end that attaches to water.
• Soap breaks the oil into tiny droplets that rinse away.
• The powder helps you see how much oil remains on your hands.
• Warm water usually rinses soap away more easily than cold water.
• Washing with soap and water removes much more oil than water by itself.

Resources

• How Does Soap Work? (video)

Leader Tips

• Make sure Scouts use only safe, nontoxic materials.
• Encourage careful observations before and after each wash.
• Ask Scouts what changed between the two tests.
• Reinforce proper handwashing techniques throughout the activity.

Requirement 2c: Alcohol and Yeast Experiment

What You Need To Do

Perform an experiment using baker’s yeast to show how rubbing alcohol affects microbial growth. Compare the results with a sample that does not contain alcohol.

Helpful Tips

• Baker’s yeast is a living microorganism.
• Yeast feeds on sugar and produces carbon dioxide gas.
• The gas forms bubbles that show active yeast.
• One container should have yeast, sugar, and warm water without alcohol.
• A second container should have the same mixture with rubbing alcohol added.
• The container without alcohol usually produces more bubbles.
• Alcohol damages yeast cells and greatly reduces their activity.
• A control sample makes it easier to compare the results.

What You’ll Need:

• Baker’s yeast
• Warm water (not hot, around 100°F or 38°C)
• Sugar
• Two small clear containers or cups
• Measuring spoons
• Rubbing alcohol (isopropyl alcohol)
• Spoon for stirring

Steps to Perform the Experiment:

1. Prepare the Yeast Solution:
   • Add 1 teaspoon of yeast and 1 teaspoon of sugar to about 1/4 cup of warm water in one of the containers. Stir gently until everything dissolves. This will activate the yeast, which feeds on the sugar to produce bubbles (carbon dioxide), a sign that it’s growing.
2. Divide the Mixture:
   • Pour half of the yeast solution into the second container.
3. Add Rubbing Alcohol:
   • To one container, add 1 tablespoon of rubbing alcohol. Leave the other container as your control group (no alcohol).
4. Observe the Results:
   • Let both containers sit for 5-10 minutes. Watch for bubbles forming in each container. The bubbles show that the yeast is growing and producing carbon dioxide.

What Happens and Why:

• Control Group (No Alcohol):
  • You should see bubbles forming, which indicates that the yeast is actively growing and producing gas. This is what healthy yeast does when it has food (sugar) and the right conditions.
• Alcohol Group:
  • In the container with rubbing alcohol, you’ll likely see little or no bubbling. That’s because rubbing alcohol disrupts the yeast’s cell membranes, stopping its growth and activity. Alcohol works as a disinfectant by damaging the cells of microbes, preventing them from multiplying.

Resources

• Watching How Alcohol Kills Virus and Bacteria Under a Microscope (video)

Leader Tips

• Help Scouts set up both samples the same way except for the alcohol.
• Encourage Scouts to record observations instead of guessing the outcome.
• Discuss why scientists use a control sample during experiments.
• Emphasize safe handling of rubbing alcohol and proper cleanup.

Requirement 3a: The Maillard Reaction

What You Need To Do

Cook a food until it browns because of the Maillard reaction. Discuss whether the change is physical or chemical and describe what happens to the molecules during cooking.

Helpful Tips

• The Maillard reaction happens when sugars and proteins are heated together.
• Toast, grilled meat, roasted potatoes, and baked cookies all show this reaction.
• Browning creates new color, flavor, and aroma compounds.
• This is a chemical change because new substances are formed.
• The original food cannot be changed back to its uncooked form.
• Caramelization is different because it involves heating sugar without proteins.
• Higher temperatures make the Maillard reaction happen faster.
• Foods with both protein and sugar usually brown more easily.

How to Perform the Experiment:

1. Choose a food that browns easily, such as:
   • A piece of bread
   • A slice of meat
   • Marshmallows or a cookie dough ball
2. Heat the food in a safe way, such as using a toaster, frying pan, or oven. Watch as the food turns golden or brown.
3. Smell and observe the changes that occur during the cooking process.

What Happens to the Food?

• Color Change: The proteins and sugars in the food break apart and recombine to form new molecules. These molecules are responsible for the brown color.
• Aroma and Flavor: The new molecules also give the food complex, delicious flavors and smells. This is why toasted bread and grilled steak smell so good.

Resources

• The Maillard Reaction (video)
• Why Pizza Tastes So Good (video)
• Understanding the Maillard Reaction (video)

Leader Tips

• Encourage Scouts to choose a simple food that browns clearly.
• Discuss the difference between a chemical change and a physical change.
• Ask Scouts to describe the changes they observed during cooking.
• Emphasize safe kitchen practices around hot surfaces.

Requirement 3b: Red Cabbage pH Indicator

What You Need To Do

Make a pH indicator from red cabbage and use it to test five household liquids, including water. Compare the color changes and discuss what they show about each liquid.

Helpful Tips

• Red cabbage contains a natural pigment called anthocyanin.
• Anthocyanin changes color depending on the pH of a liquid.
• Acids have a pH below 7 and usually turn the indicator pink or red.
• Neutral liquids, such as pure water, usually keep the indicator purple.
• Bases have a pH above 7 and often turn the indicator blue, green, or yellow.
• Test only small amounts of each liquid in separate containers.
• Vinegar and lemon juice are common acidic liquids.
• A baking soda solution is a common basic liquid.

How to Make and Use the Indicator:

1. Prepare the Indicator:
   • Chop a few leaves of red cabbage into small pieces.
   • Place the cabbage pieces in a pot and cover them with water.
   • Boil the mixture for about 10 minutes, then let it cool.
   • Strain the liquid into a clear container. This is your red cabbage indicator!
2. Test Household Liquids:
   • Pour small amounts of the red cabbage indicator into five separate clear cups or jars.
   • Add a small amount of each household liquid to a different cup. Some good examples to test include:
     • Vinegar
     • Baking soda solution
     • Lemon juice
     • Dish soap
     • Tap water
   • Observe the color changes.
3. Compare the Results:
   • Acidic liquids (pH less than 7) will turn the indicator reddish or pink.
   • Neutral liquids (pH of 7) will keep the indicator purple.
   • Basic liquids (pH greater than 7) will turn the indicator bluish, green, or yellow.

Resources

• Why Is Red Cabbage a pH Indicator (video)
• pH Indicator Made From Red Cabbage (video)
• Red Cabbage Indicator Infographic (website)

Leader Tips

• Help Scouts prepare the cabbage indicator safely.
• Encourage Scouts to record the color for each liquid.
• Compare the results with the pH scale during the discussion.
• Remind Scouts not to taste any liquids used in the experiment.

Requirement 4a: Compare Waterproofing Products

What You Need To Do

Design and carry out an experiment to compare at least two waterproofing products. Decide which one works better for a tent and which one works better for boots.

Helpful Tips

• Test both products on the same type of material.
• Follow the directions on each waterproofing product.
• Let both samples dry completely before testing.
• Pour the same amount of water on each sample.
• Watch whether the water beads up or soaks into the material.
• Record your observations for each sample.
• Tent waterproofing should keep water out while allowing moisture to escape.
• Boot waterproofing should stand up to mud, puddles, and repeated use.

How to Conduct the Experiment:

1. Choose Your Materials:
   • Use two types of waterproofing products (e.g., a spray and a wax).
   • Select two identical materials to test, such as cotton fabric squares or untreated leather pieces.
2. Set Up Your Experiment:
   • Label each piece of material so you know which one was treated with which product.
   • Apply the waterproofing products according to their instructions. Be sure to follow safety guidelines, such as working in a well-ventilated area.
3. Test the Waterproofing:
   • After the products have dried completely, place each material on a flat surface.
   • Slowly pour a small amount of water onto each piece and observe what happens:
     • Does the water bead up and roll off?
     • Does it soak into the material?
   • Note how much water the material repels and how long it stays dry.
4. Analyze the Results:
   • Compare the performance of the two waterproofing methods. Which kept the material dry longer or worked better overall?

Resources

• Transforming Paper into a Waterproof Marvel (video)
• Waterproofing Fabrics (video)
• Waterproofing Tent Seams (video)

Leader Tips

• Help Scouts design a fair test with only one variable.
• Encourage careful measurements and observations.
• Discuss why different outdoor gear may need different waterproofing products.
• Review safe use of waterproofing sprays and good ventilation.

Requirement 4b: Fire Classes and Fire Extinguishers

What You Need To Do

Describe the four classes of fires and the four classes of fire extinguishers. Discuss how sand, baking soda, and different extinguishers put out fires.

Helpful Tips

• Class A fires involve wood, paper, cloth, and other ordinary materials.
• Class B fires involve flammable liquids such as gasoline and oil.
• Class C fires involve energized electrical equipment.
• Class D fires involve combustible metals such as magnesium.
• Water extinguishers are used on Class A fires.
• Carbon dioxide extinguishers are commonly used on Class B and Class C fires.
• Dry chemical extinguishers work on many Class A, B, and C fires.
• Dry powder extinguishers are made for Class D metal fires.
• Sand covers a fire and blocks oxygen.
• Baking soda releases carbon dioxide when heated, helping smother small grease fires.

Resources

• Four Classes of Fires (video)
• Four Types of Fires (video)

Leader Tips

• Use pictures or actual extinguishers if available.
• Help Scouts match each extinguisher to the correct fire class.
• Discuss why using the wrong extinguisher can be dangerous.
• Reinforce that personal safety comes before fighting any fire.

Requirement 4c: Flame Tests

What You Need To Do

With approved adult supervision, perform flame tests using at least five different elements. Record the flame color for each one.

Helpful Tips

• Wear safety glasses during the activity.
• Use a clean wire or a new wooden splint for each sample.
• Sodium usually produces a bright yellow flame.
• Potassium often produces a pale purple or lilac flame.
• Copper commonly produces a green or blue-green flame.
• Calcium often produces an orange-red flame.
• Strontium commonly produces a bright red flame.
• Different flame colors come from electrons releasing energy as light.
• Clean equipment between samples to avoid mixing chemicals.

How to Perform Flame Tests:

1. Gather Materials:
   • A kitchen or propane torch.
   • Samples of salts containing different elements. Common examples include:
     • Sodium chloride (table salt) – produces yellow.
     • Potassium chloride – produces purple or lilac.
     • Calcium chloride – produces orange-red.
     • Copper sulfate – produces green.
     • Strontium chloride – produces red.
   • A clean metal wire or wooden splints soaked in water to hold the samples.
   • Safety goggles and gloves for protection.
2. Set Up Safely:
   • Work in a well-ventilated area or outdoors, away from flammable materials.
   • Make sure a knowledgeable adult or your counselor supervises the activity.
3. Conduct the Flame Test:
   • Dip the wire or splint into water, then into the salt sample.
   • Hold the sample in the flame of the torch and observe the color it produces.
   • Clean the wire or use a new splint for each sample to avoid contamination.
4. Record Your Observations:
   • Write down the colors you observe for each sample. For example:
     • Sodium: Bright yellow.
     • Potassium: Pale purple.
     • Copper: Bright green.

Resources

• Metal Flame Test (video)

Leader Tips

• Review fire safety before starting the activity.
• Help Scouts keep accurate records of each flame color.
• Prevent contamination by cleaning tools between tests.
• Closely supervise all work with an open flame.

Requirement 4d: Synthesize Nylon

What You Need To Do

With approved adult supervision, make nylon using a nylon synthesis kit or another approved method. Observe how the nylon forms during the chemical reaction.

Helpful Tips

• Nylon is a synthetic polymer.
• Polymers are made from long chains of smaller molecules called monomers.
• The reaction forms a thin strand where the two liquids meet.
• Pull the strand slowly to create a continuous thread.
• Nylon is strong, flexible, and lightweight.
• Nylon is used in clothing, rope, fishing line, seat belts, and many other products.
• Wear safety glasses and gloves during the activity.
• Follow the instructions in the kit and work in a well-ventilated area.

How to Synthesize Nylon:

1. Gather Materials:
   • A nylon synthesis kit (recommended for safety and simplicity).
   • Two main chemicals often included in the kit:
     • Adipoyl chloride: An acid chloride that reacts to form nylon.
     • Hexamethylenediamine: A diamine that combines with the acid chloride.
   • Safety goggles, gloves, and a well-ventilated area for working.
   • A glass or plastic container and tweezers or a stir stick.
2. Set Up Safely:
   • Follow the instructions provided in the kit.
   • Make sure your counselor or a knowledgeable adult supervises the activity to ensure safe handling of the chemicals.
3. Perform the Reaction:
   • Carefully pour the two solutions into the container, forming two layers.
   • Using tweezers or a stir stick, gently pull at the interface where the two liquids meet. You’ll see a thin thread of nylon forming.
   • Slowly pull the nylon thread out of the solution and wind it onto a stick or other tool.
4. Observe the Result:
   • Notice how the nylon thread is strong and flexible. This demonstrates how small molecules can combine to form long, durable chains.

Resources

• Making Nylon (video)

Leader Tips

• Review chemical safety before beginning the experiment.
• Make sure Scouts follow the kit instructions carefully.
• Discuss how polymers are different from small molecules.
• Supervise the entire activity and proper disposal of materials.

Requirement 5: Reducing Environmental Impact

What You Need To Do

Describe how chemistry helps reduce the environmental impact of single-use items such as water bottles, plastic bags, straws, or batteries. Include examples of new materials, recycling, or improved product design.

Helpful Tips

• Many single-use plastics are made from petroleum.
• Some plastics can remain in the environment for hundreds of years.
• Chemists have created biodegradable plastics from plant materials such as corn or sugarcane.
• Reusable products, such as metal water bottles and cloth bags, reduce the amount of waste.
• Recycling turns used materials into new products and reduces the need for new raw materials.
• Rechargeable batteries can be used many times before they need replacement.
• Proper battery recycling keeps harmful chemicals out of soil and water.
• Chemists continue to develop safer materials that are easier to recycle or break down after use.

Resources

• Upcycling Plastic Bags Into Battery Parts (video)
• What Is Sustainable Development (video)
• Edible, Biodegradable Food Packaging (video)

Leader Tips

• Encourage Scouts to give examples from products they use every day.
• Discuss both reducing waste and improving recycling.
• Connect chemistry to practical environmental solutions.
• Remind Scouts that small changes by many people can make a difference.

Requirement 6: Fields of Chemistry

What You Need To Do

Identify five fields of chemistry. Briefly describe each one, explain how it relates to your life, and describe how the different fields work together.

Helpful Tips

• Organic chemistry studies carbon compounds, including fuels, plastics, medicines, and many foods.
• Inorganic chemistry studies metals, minerals, salts, and many other materials that do not contain carbon.
• Physical chemistry focuses on energy, heat, and how chemical reactions happen.
• Analytical chemistry identifies chemicals and measures how much of each substance is present in a sample.
• Biochemistry studies the chemical processes inside living things, including plants, animals, and people.
• These fields often work together to solve problems.
• A new medicine may involve organic chemistry, biochemistry, analytical chemistry, and physical chemistry.
• Food, clean water, electronics, and medical care all depend on several fields of chemistry working together.

Resources

• Areas of Chemistry – American Chemical Society (website)

Leader Tips

• Encourage Scouts to give everyday examples for each field.
• Help Scouts make connections between the different branches of chemistry.
• Focus on practical applications instead of memorizing definitions.
• Ask follow-up questions that connect chemistry to the Scout’s daily life.

Requirement 7: Government Oversight

What You Need To Do

Identify three government agencies that oversee or provide guidance on the use of chemicals. Describe each agency’s history, responsibilities, and how its work affects everyday life.

Helpful Tips

• The Environmental Protection Agency (EPA) protects human health and the environment.
• The EPA was created in 1970 and regulates pollution, pesticides, and many industrial chemicals.
• The Food and Drug Administration (FDA) oversees the safety of foods, medicines, cosmetics, and medical devices.
• The FDA traces its history to the 1906 Pure Food and Drugs Act.
• The Occupational Safety and Health Administration (OSHA) was created in 1970 to improve workplace safety.
• OSHA sets rules for handling hazardous chemicals, labeling containers, and using protective equipment.
• These agencies work together to protect people at home, at work, and in public places.
• Their rules help keep food, medicines, drinking water, workplaces, and consumer products safer.

Resources

• Why Does the FDA Exist? (video)
• The EPA Was Formed | Today in History (video)
• Preventing HAZMAT Accidents: DOT Safety Rules Explained 🧪 (video)
• Chemistry of a Killer: Inside a DEA Drug Lab (video)

Leader Tips

• Encourage Scouts to connect each agency with products they use every day.
• Discuss why different agencies have different responsibilities.
• Help Scouts see how government oversight supports public safety.
• Remind Scouts that chemical safety includes homes, schools, workplaces, and the environment.

Requirement 8a: Visit a Research Laboratory

What You Need To Do

Visit a research laboratory and talk with a chemist or chemical technician. Find out what research is being done and ask about the education and training needed for the job.

Helpful Tips

• Research laboratories may be found at universities, hospitals, government agencies, or private companies.
• Chemists often test new materials, medicines, foods, or manufacturing methods.
• Chemical technicians help prepare experiments, operate equipment, and record data.
• Ask what a typical workday is like.
• Ask what subjects were most helpful in school.
• Find out what college degree or technical training was required.
• Ask what safety rules are most important in the laboratory.
• Take notes so you can discuss the visit with your counselor.

Leader Tips

• Help Scouts arrange visits well before the meeting date.
• Encourage Scouts to prepare questions ahead of time.
• Remind Scouts to follow all laboratory safety rules.
• Discuss what surprised the Scout after the visit.

Requirement 8b: Visit a Chemical Company or Plant

What You Need To Do

Visit a company or plant that makes chemical products or uses chemical processes. Talk with an employee about the products, the manufacturing process, and the education needed for the job.

Helpful Tips

• Chemical plants make products such as plastics, fertilizers, medicines, fuels, paints, and cleaning supplies.
• Many factories use chemical reactions to make or improve products.
• Ask how raw materials become finished products.
• Find out how the company protects workers and the environment.
• Ask what jobs are available at the facility.
• Find out what education, training, or certifications employees need.
• Pay attention to the safety equipment and procedures you see.
• Take notes to help with your discussion afterward.

Leader Tips

• Help Scouts arrange visits to appropriate facilities.
• Encourage respectful questions during the tour.
• Point out the connection between chemistry and manufacturing.
• Discuss how safety is part of every chemical process.

Requirement 8c: Research a Chemistry Career

What You Need To Do

Identify three careers that use chemistry. Choose one career and research the education, training, certifications, costs, job outlook, salary, advancement opportunities, and career goals.

Helpful Tips

• Compare several careers before choosing one to research.
• Find out what education is required after high school.
• Look for any licenses or certifications needed for the job.
• Include the cost of education or training.
• Research the expected demand for workers in that career.
• Find the typical starting salary.
• Look for ways people advance to higher positions.
• Decide whether the career matches your interests and goals.

Careers to Consider

• Chemist
• Chemical engineer
• Chemical technician
• Industrial chemist
• Biochemist
• Environmental chemist
• Forensic chemist
• Pharmaceutical chemist
• Materials scientist
• Food scientist
• Toxicologist
• Water quality specialist
• Cosmetic chemist
• Polymer chemist
• Quality control chemist
• Laboratory manager
• Analytical chemist
• Agricultural chemist
• Petroleum chemist
• Nuclear chemist

Resources

• What do Chemical Engineers Do? (video)
• Interactive Site for Chemical Careers (website)
• Careers in Science and Engineering (video)

Leader Tips

• Encourage Scouts to use reliable career information sources.
• Help Scouts compare education requirements with career opportunities.
• Discuss how chemistry is used in many different industries.
• Ask Scouts what parts of the career interest them most.

Science Program Feature for Scouts BSA

The Science troop program feature is a great way for Scouts to explore different areas of science. They can try hands-on activities in fields like chemistry, physics, and life science. Scouts are encouraged to ask questions, form ideas, and test them through experiments. Whether they are doing simple investigations or advanced projects, this program helps Scouts learn by doing. It also introduces specialty areas in science, giving Scouts a chance to explore topics that interest them.

Earning the Chemistry merit badge is one way Scouts can dive deeper into science. This badge lets Scouts learn about the role of chemistry in everyday life. The Science troop program feature supports Scouts in building critical thinking skills and discovering how the scientific method works. By participating in these activities, Scouts can develop a strong interest in science that may last a lifetime.

Homemade Silly Putty Recipe

Making homemade Silly Putty is a fun way to explore polymers, which are an important concept in the Chemistry merit badge. Polymers are long chains of molecules that can move past each other. This gives Silly Putty its unique ability to stretch, bounce, and flow like a liquid while holding its shape like a solid. Mixing glue with borax creates these chains, transforming the liquid glue into a stretchy, bouncy material.

This hands-on activity helps Scouts see how substances change when mixed and how chemistry works in everyday life. It’s a simple experiment that demonstrates how chemical interactions can create new materials with useful properties. Activities like this make learning about science engaging and fun, and they are a great way to deepen an understanding of the Chemistry merit badge.

More Merit Badge Resources

The Chemistry Merit Badge fits into the merit badge program by giving Scouts a clear way to explore science in a hands-on way. With so many badges to choose from, this one adds a chance to learn how everyday materials work and why chemical reactions matter. It helps Scouts see science as something practical and useful, not just something in a textbook. It also encourages curiosity and careful thinking.

The badge supports the overall program by teaching safe habits, simple experiments, and clear observation. Scouts follow steps, learn from mistakes, and build confidence as they test ideas. This blends well with the program’s focus on learning by doing.

Learn More about Scouts BSA

The Chemistry Merit Badge also supports the larger goals of Scouts BSA. It teaches problem solving and responsibility, which connect to leadership and personal growth. Scouts learn to follow safety rules and make thoughtful choices.

Because chemistry relates to health, the environment, and community needs, the badge also supports good citizenship. Scouts see how science affects daily life and how they can use what they learn to help others and care for the world around them.

What is the Chemistry merit badge?

The Chemistry merit badge teaches Scouts about the science of matter. It covers topics like chemical reactions, safety, and how chemistry impacts everyday life. Scouts complete experiments and learn how chemistry helps solve real-world problems.

Why should I earn the Chemistry merit badge?

Earning the Chemistry merit badge helps you understand how the world works at a molecular level. It also teaches useful skills like problem-solving, observation, and lab safety. It can be a good introduction to careers in science, medicine, or engineering.

What kinds of experiments are required for the Chemistry merit badge?

The Chemistry merit badge requires Scouts to do hands-on experiments. These might include mixing substances, observing chemical reactions, and separating mixtures. Each experiment helps you understand a different part of chemistry.

Do I need any special equipment for the Chemistry merit badge?

Some experiments need basic equipment like measuring cups, containers, safety goggles, gloves, and simple chemicals like baking soda, vinegar, or salt. Your merit badge counselor will guide you and ensure safety during all activities.

How long does it take to earn the Chemistry merit badge?

The time it takes depends on how quickly you complete the experiments and requirements. You can usually earn the Chemistry merit badge in a few weeks with regular effort.

Is the Chemistry merit badge hard to earn?

The Chemistry merit badge can be challenging, but it’s also fun. The experiments are straightforward, and the counselor helps you understand the concepts. As long as you pay attention, follow instructions, and ask questions, you can earn it successfully.

What careers can the Chemistry merit badge lead to?

The Chemistry merit badge introduces Scouts to careers like chemist, chemical engineer, pharmacist, food scientist, and environmental scientist. It is a good starting point for anyone interested in science, medicine, or technology.

Do I need to know a lot of chemistry before starting the badge?

No, you do not need any prior knowledge of chemistry to start the Chemistry merit badge. The badge requirements will guide you through the basics, and your counselor will help you learn as you go.

The Chemistry merit badge helps Scouts explore the world of matter and how it changes. Chemistry is the science of substances and reactions, and it affects everything around us—from the food we eat to the products we use. By earning the Chemistry merit badge, Scouts learn the basics of chemical reactions, safety rules, and real-world applications of chemistry.

To earn the Chemistry merit badge, Scouts complete hands-on experiments. These include mixing substances, observing changes, and separating mixtures. Scouts also learn about different fields of chemistry, like organic, inorganic, and environmental chemistry. They discover how chemistry is used in industries, agriculture, and everyday products. Each experiment helps Scouts understand how chemical principles work and why they matter.

Scouts also explore safety and environmental issues in chemistry. They learn how chemicals are stored, handled, and disposed of safely. They examine how chemistry affects the environment, such as pollution and climate change. Understanding these concepts prepares Scouts for more advanced science courses and possible careers in chemistry or related fields.

The Chemistry merit badge is a fun way to learn science by doing. It teaches problem-solving, observation, and critical thinking. It can spark an interest in chemistry and other sciences. Whether you’re interested in medicine, engineering, or environmental science, the Chemistry merit badge is a great way to get started.