The Game – Organic Molecules MethodCarbsLipids Proteins and N.A. Proteins + Nutrients and...
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The Game – Organic Molecules Method Carbs Lipids Protein s and N.A. Protein s + Nutrients and Homeostasis 100 100 100 100 100 100 200 200 200 200 200 200 300 300 300 300 300 300 400 400 400 400 400 400 500 500 500 500 500 500 All th e marb les
The Game – Organic Molecules MethodCarbsLipids Proteins and N.A. Proteins + Nutrients and Homeostasis 100 200 300 400 500 All the marbles
The Game Organic Molecules MethodCarbsLipids Proteins and N.A.
Proteins + Nutrients and Homeostasis 100 200 300 400 500 All the
marbles
Slide 3
Method 100 100 100 students eat yogurt and drink water. Another
group of 100 students eat yogurt w/ cereal in it, and drink water.
Two hours later the students are tested to see how much energy they
have by doing jumping jacks. Which group is the control group?
Students consuming yogurt, water
Slide 4
Method 200 200 100 students eat yogurt and drink water. Another
group of 100 students eats yogurt w/ cereal in it, and drinks
water. Two hours later the students are tested to see how much
energy they have by doing jumping jacks. Which group is the
experimental group? Students consuming yogurt + cereal, water
Slide 5
Method 300 300 100 students eat yogurt and drink water. Another
group of 100 students eats yogurt w/ cereal in it, and drinks
water. Two hours later the students are tested to see how much
energy they have by doing jumping jacks. Name 2 variables that
could mess up the results of the experiment? Mr. Hackney will
decide if they are right
Slide 6
Method 400 400 100 students eat yogurt and drink water. Another
group of 100 students eats yogurt w/ cereal in it, and drinks
water. Two hours later the students are tested to see how much
energy they have by doing jumping jacks. What is the independent
variable? cereal
Slide 7
Method 500 500 100 students eat yogurt and drink water. Another
group of 100 students eats yogurt w/ cereal in it, and drinks
water. Two hours later the students are tested to see how much
energy they have by doing jumping jacks. What are the two possible
answers for the dependent variable? amount of energy, # of jumping
jacks
Slide 8
Carbs 100 100 Animals/humans convert the sugars and starches
they eat into this carbohydrate for temporary storage.
glycogen
Slide 9
Carbs 200 200 This carbohydrate provides structure and makes up
the body of the plant. cellulose
Slide 10
Carbs 300 300 When plants have extra sugar/energy, they store
it as this type of carbohydrate, which humans commonly eat?
starch
Slide 11
Carbs 400 400 When humans eat a lot of sugars and starches,
where are the 2 spots in the body that glycogen (not in fat) can be
stored? muscles, liver
Slide 12
Carbs 500 500 What atoms are carbohydrates and lipids made of?
What is different about their structure? Both made of C, H, O, but
carbs are in rings and lipids are in chains
Slide 13
Lipids 100 100 Name two uses for fat in the body of an animal.
long-term energy storage, insulation
Slide 14
Lipids 200 200 Name two living organisms that use waxes for
holding water in or out? plants, humans
Slide 15
Lipids 300 300 Which lipid is used for long-term energy storage
in plants? oil
Slide 16
Lipids 400 400 Name the lipid that makes up the cell membrane
of a cell. phospholipid
Slide 17
Lipids 500 500 Place these sources of protein in order from the
lowest fat protein to the highest fat protein. (turkey, beef,
venison, fish) fish, venison, turkey, beef
Slide 18
Proteins N.A. 100 100 What are the small units that make up
proteins; there are 20 total. amino acids
Slide 19
Proteins N.A. 200 200 How many different amino acids must
humans get from their food? 88
Slide 20
Proteins N.A. 300 300 What exactly does DNA have the
instructions to make? proteins
Slide 21
Proteins N.A. 400 400 Name the atoms that are in nucleic acids.
C, H, O, N, P
Slide 22
Proteins N.A. 500 500 What does RNA do for living cells? helps
assemble or put together proteins
Slide 23
Proteins + 100 100 What are the 3 ways that proteins can be
denatured, which causes death to living cells? radiation,
chemicals, extreme temperature
Slide 24
Proteins + 200 200 What is the name of the protein group that
helps regulate our bodys growth and sexual development?
hormones
Slide 25
Proteins + 300 300 Proteins that help in chemical reactions,
like the ones for digestion are called ______. enzymes
Slide 26
Proteins + 400 400 Which is the scientific name for the
chemical reaction that involves water somehow, and builds
up/assembles organic molecules, and a water molecule is squeezed
out? Dehydration (water squeezed out)
Slide 27
Proteins + 500 500 Which protein helps us transport 0 2
throughout our body in our blood? hemoglobin
Slide 28
Nutrients and Homeostasis 100 100 What is water needed for in
the body? Removal of waste, cooling, life processes
(metabolism).
Slide 29
Nutrients and Homeostasis 200 200 Calcium, sodium, potassium
are examples of ________________. Vitamins
Slide 30
Nutrients and Homeostasis 300 300 What are the two type of
vitamins and give an example of each? Fat soluble (A,K, D and E)
Water Soluble (B, C)
Slide 31
Nutrients and Homeostasis 400 400 What considerations should be
made when consuming packaged foods? Serving size, % fat, sodium,
etc.
Slide 32
Nutrients and Homeostasis 500 500 What are the six types of
nutrients to maintain homeostasis? What is Homeostasis? Water,
Proteins, Fats, Carbohydrates, vitamins, and minerals. Homeostasis
living condition
Slide 33
All the marbles Make 3 columns Carbs, Fats, Proteins Place
these foods under the column that they are the highest source of.
peanut butter, pork, crackers, banana, pepsi, cereal, ranch
dressing
Slide 34
All the marbles - answers Carbs = crackers, banana, pepsi,
cereal Proteins = pork Fats = ranch dressing, peanut butter