Who poisoned Buzz Light-year?

Who poisoned Buzz Light-year?

By: Julie Forero

Introduction

Buzz Light-year and Woody were holding auditions for a T.V. show when something terrible happened. Buzz was found poisoned and the only thing left was a few evidence. There was a bitten hotdog, bended metal, 6 spots of white powder around the table, 175 mL of liquid, outline of Buzz, and 1 spot of yellow powder. The only thing is poor Buzz is in the hospital out cold and h can’t tell us who did it. We’ve hired the best detectives to help us solve this case and they are Mystery Incorporated.

Hypothesis

• The first thing the Mystery Gang did was develop a hypothesis.

• “We think Snow White poisoned Buzz Because of the materials she bought.” exclaimed Velma.

Drink Density Materials• Pure Water• Alcohol• Salt Water • Vinegar• Grape Drink• Lemonade with Pulp• Crime Scene liquid• Test Tube• Eye Dropper• Mini Beaker

Drink Density

1) Put one of the liquids into a mini beaker2) Put a small amount of water into a test tube.3) Pick up a substance with the eye dropper and

squeeze out the substance from the eye dropper into the test tube.

4) Observe and compare the substance to water and see which one is denser by seeing which liquid sunk or float.

5) Record your observations.6) Repeat for each liquid.

Drink Color Materials

• Pure Water• Alcohol• Salt Water • Vinegar• Grape Drink• Lemonade with Pulp• Crime Scene liquid• Eyes

Drink Color

1) Observe the substance carefully with your eyes.

2) Record the color you see of the substance.3) Repeat for each liquid.

Drink Conductivity Materials• Pure Water• Alcohol• Salt Water • Vinegar• Grape Drink• Lemonade with Pulp• Crime Scene liquid• Conductivity Meter • Chemistry Tray • Eye Dropper

Drink Conductivity1) Place each substance into a different slot of the chemistry

tray using the eye dropper.2) Turn on the conductivity meter.3) Place the two metal lines that are at the bottom of the

meter into the substance, but make sure they are separated.

4) Observe which light goes on from the conductivity meter. The red or green light.

5) Match the description to the back of the conductivity meter.

6) Record your observations7) Repeat for each liquid.

Drink Odor Materials• Pure Water• Alcohol• Salt Water • Vinegar• Grape Drink• Lemonade with Pulp• Crime Scene liquid• Nose• Hands

Drink Odor

1) Grab a mini beaker that contains any substance.

2) Put it at least 5 inches away from your nose.3) Use your hands to waft the fumes towards

your nose.4) Predict what you smelled by wafting the

fumes toward your nose and record it.5) Repeat it for each liquid.

Drink Flammability Materials• Pure Water• Alcohol• Salt Water • Vinegar• Grape Drink• Lemonade with Pulp• Crime Scene liquid• Fire • Matches• Grown up

Drink Flammability

1) Light the match (MAKE SURE A TEACHER OR ADULT IS THERE WITH YOU!!!!).

2) Put the match into one of the substances.3) Observe if it catches any fire.4) Repeat for each substance.

Wraps Malleability Materials• Plastic• Aluminum• Zinc• Copper• Iron• Sulfur• Crime Scene Wrap• Forceps• Chemistry Tray

Wraps Malleability

1) Use forceps to grab a wrap.2) Have another person with forceps try to

bend it with you.3) Record if it’s bendable or not.4) Repeat for each wrap.

Wrap Color Materials

• Plastic• Aluminum• Zinc• Copper• Iron• Sulfur• Crime Scene Wrap• Eyes

Wrap Color

1) Observe the substance carefully with your eyes.

2) Record the color you see of the substance.3) Repeat for each wrap.

Wrap Conductivity Materials• Plastic• Aluminum• Zinc• Copper• Iron• Sulfur• Crime Scene Wrap• Conductivity Meter• Chemistry Tray• Forceps

Wrap Conductivity1) Place each wrap into a different slot of the chemistry tray

using the forceps.2) Turn on the conductivity meter.3) Place the two metal lines that are at the bottom of the

meter on top of one of the wraps, but make sure they are separated.



6) Record your observations7) Repeat for each wrap.

Wrap Luster Materials• Plastic• Aluminum• Zinc• Copper• Iron• Sulfur• Crime Scene Wrap• Eyes• Chemistry Tray• Forceps

Wrap Luster

1) Using the forceps place each piece of wrap into one of the slots of the chemistry tray.

2) Observe each wrap carefully and see if it’s shiny or dull.

3) Repeat for each piece of wrap.

Wrap Reactivity Materials• Plastic• Aluminum• Zinc• Copper• Iron• Sulfur• Crime Scene Wrap• Chemistry Tray• Eye Dropper• Forceps• Hydroelectric Acid

Wrap Reactivity

1) Place each piece of wrap using the forceps into a slot of the chemistry tray.

2) Squeeze some of the hydroelectric acid from the mini beaker into the eye dropper.

3) Squeeze out the acid into one of the wraps and see if it reacts to it.

4) Record what happened.5) Repeat for each piece of wrap.

Powder Solubility Materials• Sucrose • Baking Soda• Sodium Polyacrylate• Sodium Chloride• Absorbic Acid• Crime Scene Powder• Chemistry Tray• Mini beaker of water• Eye Dropper• Stirring Rod

Powder Solubility

1) Place each piece of wrap into one of the slots of the chemistry tray.

2) Using the eye dropper suck some of the water from the mini beaker.

3) Squeeze out some of the water onto one of the powder.

4) Stir the powder and the water together using the stirring rod.

5) Record and see if it mixes together.6) Repeat for each powder.

Powder Melting Materials

• Sucrose • Baking Soda• Sodium Polyacrylate• Sodium Chloride• Absorbic Acid• Crime Scene Powder• Hot plate• Aluminum Foil

Powder Melting

1) Tear some aluminum foil and place it on top of the hot plate.

2) Connect the hot plate to the outlet.3) Put one of the powders on top of the foil.4) See if anyone of them melts.5) Record what you see.6) Repeat for each different powder.

Powder Conductivity Materials

• Sucrose • Baking Soda• Sodium Polyacrylate• Sodium Chloride• Absorbic Acid• Crime Scene Powder• Conductivity Meter• Chemistry Tray

Powder Conductivity1) Place each powder into a different slot of the chemistry

tray.2) Turn on the conductivity meter.3) Place the two metal lines that are at the bottom of the

meter on one of the powders, but make sure they are separated.



6) Record your observations.7) Repeat for each powder.

Powder Reactivity Materials

• Sucrose• Baking Soda • Sodium Polyacrylate• Sodium Chloride• Absorbic Acid• Crime Scene Powder• Hydroelectric Acid in a mini beaker• Eye Dropper

Powder Reactivity

1) Place each of the powders using into a slot of the chemistry tray.

2) Squeeze some of the hydroelectric acid from the mini beaker into the eye dropper.

3) Squeeze out the acid onto one of the powders and see if it reacts to it.

4) Record what happened.5) Repeat for each different powder.

Powder Flammability Materials

• Sucrose• Baking Soda• Sodium Polyacrylate• Sodium Chloride• Absorbic Acid• Crime Scene Powder• Matches• Fire • Grown Up

Powder Flammability

1) Light the match (MAKE SURE A TEACHER OR ADULT IS THERE WITH YOU!!!!).

2) Put the match onto one of the powders.3) Observe if it catches any fire.4) Repeat for each different powder.

Hotdogs Pre-Squeezed Mass Materials

• Pork Hotdog• Light Pork Hotdog• Fat Free Hotdog• Crime Scene Hotdog• Triple Beam Balance

Hotdogs Pre-Squeezed Mass

1) Place one of your hotdogs onto the triple beam balance.

2) Measure the mass of the hotdog.3) MAKE SURE IT’S BALANCED. IT CAN’T BE

TOO HEAVY OR TOO LIGHT.4) Record the mass of the hotdog.5) Repeat for each hotdog.

Hotdogs Post-Squeezed Mass Materials

• Pork Hotdog• Light Pork Hotdog• Fat Free Hotdog• Crime Scene Hotdog• Hands• Triple Beam Balance

Hotdogs Post-Squeezed Mass

1) Grab one of the hotdogs into your hands.2) Squeeze the hotdog with your hands, but

don’t squeeze it too much.3) Place the squeezed hotdog onto the triple

beam balance.4) Measure the mass of the hotdog and make

sure it’s balanced out.5) Record the mass of the hotdog.6) Repeat for each hotdog.

Hotdog Conductivity Materials

• Pork Hotdog• Light Pork Hotdog• Fat Free Hotdog• Crime Scene Hotdog• Chemistry Tray• Conductivity Meter

Hotdog Conductivity1) Place each hotdog into a different slot of the chemistry

tray.2) Turn on the conductivity meter.3) Place the two metal lines that are at the bottom of the

meter on one of the hotdogs, but make sure they are separated.



6) Record your observations.7) Repeat for each hotdog.

Hotdog Color Materials

• Pork Hotdog• Light Pork Hotdog• Fat Free Hotdog• Crime Scene Hotdog• Eyes • Chemistry Tray

Hotdog Color

1) Place each hotdog into one of the slots of the chemistry tray.

2) Observe each hotdog carefully.3) Record the color you saw.4) Repeat for each hotdog.

Hotdog Reactivity Materials

• Pork Hotdog• Light Pork Hotdog• Fat Free Hotdog • Crime Scene Hotdog• Vinegar in a mini beaker• Eye Dropper• Chemistry Tray

Hotdog Reactivity

1) Place one of the post-squeezed hotdogs into one slots in chemistry tray.

2) Using the eye dropper squeeze some vinegar from the mini beaker.

3) Squeeze the vinegar from the eye dropper onto one of the hotdogs.

4) Record and see if it reacts to the vinegar.5) Repeat for each hotdog.

Drinks Density Color Odor Conductivity Flammability

Pure Water 1g/mL3 Clear None 1 No

Alcohol Less Clear Strong, Burning

0 Yes

Salt Water More Clear None 3 No

Vinegar Less Clear Strong, Sour

3 No

Grape Drink More Purple Grapes, Sweet

2 No

Lemonade with Pulp

More Yellow Lemons, Sour

3 No

Crime Scene Liquid

1g/mL3 Clear None 1 No

Powders Solubility Melting Conductivity Reactivity Flammability

Sucrose No Yes 1 No No

Baking Soda No No 4 Bubbles No

Sodium Polyacrylate

No No 4 No No

Sodium Chloride

Yes No 4 No No

Absorbic Acid Yes Yes 3 No No

Crime Scene Powder

No Yes 1 No No

Wraps Malleability Color Conductivity Luster Reactivity

Plastic Yes Purple No Dull No

Aluminum Yes Silver 4 Shiny No

Zinc No Silver 4 Shiny No

Copper No Brown 4 Dull No

Iron Yes Silver 4 Shiny No

Sulfur No Yellow No Dull No

Crime Scene Wrap

Yes Silver 4 Shiny No

Hotdogs Pre-Squeezed

Mass

Post-Squeezed

Mass

Conductivity Color Reactivity

Pork 10.3g 9.9g 3 Light Color changed to

purple

Light 11.4g 10.7g 4 Dark None

Fat Free 9.8g 8.1g 4 Medium Color changed to

brown

Crime Scene

Hotdog

13.5g 12.5g 3 Light Color changed to

purple

0

0.5

1

1.5

2

2.5

3

Conductivity

Pure Water Salt

Water

Alcohol Vinegar

Grape Drink

Lemonade With Pulp

Crime Scene

Drinks:

Powders:

Sucrose

Baking Soda

Sodium Polyacrylate

Sodium Chloride

Absorbic Acid

Crime Scene

0

0.5

1

1.5

2

2.5

3

3.5

4

Conductivity

Wraps:

0

0.5

1

1.5

2

2.5

3

3.5

4

Conductivity

Plastic

Aluminum

Zinc

Copper

Iron

Sulfur

Crime Scene

Hotdogs:

0

0.5

1

1.5

2

2.5

3

3.5

4

Conductivity

Pork

Light

Fat Free

Crime Scene

Drinks:Drinks Pure

Substance/Mixture?Homogeneous

Heterogeneous?Compound/Element?

Pure Water Pure Heter. Compound

Alcohol Mixture Heter. Compound

Salt Water Mixture Heter. Compound

Vinegar Mixture Heter. Compound

Grape Drink Mixture Heter. Compound

Lemonade with Pulp

Mixture Heter. Compound

Crime Scene Liquid

Pure Heter. Compound

Wraps:Wraps Pure



Plastic Pure Heter. Compound

Aluminum Pure Homo. Element

Zinc Pure Homo. Element

Copper Pure Homo. Element

Iron Pure Homo. Element

Sulfur Pure Homo. Element

Crime Scene Wrap

Pure Heter. Element

Powders:Powders Pure



Sucrose Mixture Homo. Compound

Baking Soda Mixture Homo. Compound

Sodium Polyacrylate

Mixture Homo. Compound

Sodium Chloride


Absorbic Acid Mixture Homo. Compound

Crime Scene Powder


Hotdogs:Hotdogs Pure



Pork Hotdog Mixture Homo. Compound

Light Pork Hotdog


Fat Free Hotdog


Crime Scene Liquid


Conclusion We’ve finally solved this mystery. “We thought Snow White poisoned Buzz because

of the materials she bought, but we were incorrect.” According to all the information Mystery Inc. collected Arial poisoned Buzz Light-year. “The data we collected shows that Arial did this crime. As you can see from the data we collected the suspect had to have brought water, iron, sucrose, and a pork hotdog. The only person who bought that was Arial.”

From what you can see not every experiment is perfect. There a a few bumps on the road. While Mystery Inc. were trying to find the clues to help them solve this case there were a few flaws. For example, Scooby was trying to figure out how to work the conductivity meter because he always got the same answer. Then Velma told him what he needed to improve on, but what was interesting was how Mystery Inc.’s case related to a case a scientist read before.

www.public.asu.edu/~langland/forensics.html

http://www.public.asu.edu/~langland/forensics.html

Who poisoned Buzz Light-year?

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