1. which of the following processes transforms radiant energy to chemical energy? a.photosynthesis...

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1. Which of the following processes transforms radiant energy to chemical energy? A. Photosynthesis B. Respiration C. Decomposition

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Page 1: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

1. Which of the following processes transforms radiant energy to chemical energy?

A. Photosynthesis

B. Respiration

C. Decomposition

Page 2: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

2. The decay of biomass is a great advantage for farmers because

____

• A. It provides oxygen to plants

• B. It provides nutrients to the soil

• C. It provides food to human

Page 3: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

3. Which organism in the food chain gets the highest amount of energy?

• A. Producers

• B. Herbivores

• C. Carnivores

Page 4: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

4. Which of the following contains organic compounds?

• A. Rocks

• B. Plants

• C. Sediments

Page 5: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

5.What element are all organic matter composed of?A. Hydrogen

B. Helium

C. Nitrogen

D. Carbon

Page 6: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

C6H12O6NH2CH2COOH

Fe2O3NaCl

6. How many compounds listed above are considered organic compounds?

A. 1B. 2C. 3D. 4

Page 7: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

7.Which of the following docarbohydrates, like the cracker shown above, become during digestion?

• A Amino acids

• B Fatty acids

• C Lipids

• D Sugars

Page 8: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

8.What is the most distinguishingcharacteristic of a chemical change?

• A The appearance of a substance changes.

• B A new substance is formed.

• C The change can be reversed easily.

• D The identity of the substance remains the same.

Page 9: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

9.Which of the following examples best reflects selective breeding?

• A The mating of two particular sheep to produce thicker wool

• B A genetic mutation in an individual snake that improves its sense of smell compared to others in its population

• C A few individuals of an extinct species live in zoos

• D Two wolf packs live in geographically separate regions

Page 10: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

10.What is considered to be the lowest level of organization in a multicellular organism?

• A Cell

• B Organ system

• C Tissue

• D Organ

Page 11: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

11.If thinking from smallest to largest, the organ level of organization comes –

• A after organ system and before organism.

• B before organisms and after organ systems.

• C before organ system and after tissue.

• D after cells and before tissue.

Page 12: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

12. Cells can be best defined as –

• A the start of all living things on land.

• B the smallest living units of all living things such as plants and animals.

• C found in prokaryotic organisms only.

• D found in eukaryotic organisms only.

Page 13: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

13. Which organelle helps to create energy within the cell?• A Mitochondria

• B Nucleus

• C Vacuole

• D Ribosomes

Page 14: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

14. How do birds respond when there is a lack of food, water, and shelter?

• A Reproduce

• B Hibernate

• C Hide

• D Migrate

Page 15: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

15. Examples of external stimuli include all of the following, except -• A sunlight.

• B hunger.

• C lack of food.

• D a loud sound.

Page 16: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

16. A plant relies on abiotic factors such as the Sun, water, and soil for survival. A plant will grow toward sunlight. This reaction is known as –

• A tropism.

• B gravitropism.

• C phototropism.

• D positive response.

Page 17: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

17. How does the student’s body respond as his heart rate increases?

• A Hunger pains

• B Decreased body temperature

• C Breathing faster

• D Vomiting

Page 18: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

18. Which of the following shows chemical change happening in the digestive system?

• A. food being chewed in the mouth

• B. food reacting with gastric acids in the stomach

• C. digested food moving to the small intestine

Page 19: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

19. When carbohydrates are broken down, they change into

_____.

• A. simple sugars

• B. larger molecules

• C. energy

Page 20: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

20. Which of the following requires more work?

• A. a person pushing a box on flat surface

• B. a person carrying a bag of grocery upstairs

• C. a boy sliding down the ramp

Page 21: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

21. What energy transformation is happening during photosynthesis ?

• A. electrical to chemical

• B. radiant to chemical

• C. chemical to nuclear

Page 22: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

22.

• What causes the plant B to wilt ?

• A. it has a lot of water

• B. it’s in a darks environment

• C. it lacks turgor pressure

A B

Page 23: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

23. Roots of plants tend to grow downward, this is due to ___.

• A. Phototropism or response to light

• B. Thigmotropism or response to touch

• C. Geotropism or response to gravity

Page 24: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

24. Why is earth the only planet that can support life?

• A. It’s very close to the sun

• B. It’s very far away from the sun

• C. It is the perfect distance from the sun

Page 25: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

26. Photosynthesis manufactures or produces________.

• A. carbon dioxide and oxygen

• B. Oxygen and water

• C. Glucose and Oxygen

Page 26: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

26. Which of the following is not a producer?

• A. lion

• B. grass

• C. corn

Page 27: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

27. What is the difference between a plant cell and an animal cell?

• A. plant cells have a vacuole and animal cells do not

• B. plant cells have a cell membrane, animal cells do not

• C. plant cells have a cell wall and chlorophyll, animal cells do not

Page 28: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

28. The nucleus of the cell is comparable to the __________.

• A. Brain

• B. skin

• C. kidneys

Page 29: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

29. What body system controls growth , metabolism and releases hormones• A. Nervous

• B. Digestive

• C. Endocrine

Page 30: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

30. Which of the following shows selective breeding?• A. Finches changing their beaks over

many generations

• B. Iguanas developing gills to survive in water

• C. Farmers cross pollinating plant to make a disease resistant variety

Page 31: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

31. The organelle in plants that is responsible for trapping sun’s radiant energy is -

• A. nucleus

• B. cell wall

• C. chloroplasts

Page 32: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

32. What body systems are involve in the absorption of nutrients to all

cells of the body?

• A. Skeletal and Muscular

• B. Digestive and Circulatory

• C. Endocrine and Reproductive

Page 33: 1. Which of the following processes transforms radiant energy to chemical energy? A.Photosynthesis B.Respiration C.Decomposition

33.

The peppered moth population surviving over time is due to-

A. Selective breedingB. Natural selectionC. Behavioral adaptationD. Migration