Question

1. energy released during cellular respiration is stored in a compound called

a. glucose.
b. adp.
c. atp.
d. dna.
e. rna.

1. an animal cell is capable of all of the following, except

a. respiration.
b. reproduction.
c. maintaining turgor pressure.
d. growth.
e. metabolism.

1. in which type of cell would you find the fewest mitochondria?

a. muscle
b. nerve
c. digestive
d. adipose
e. all cells have the same number of mitochondria

1. which organelle has its own dna and may have been a separate organism in the past?

a. mitochondrion
b. nucleolus
c. golgi apparatus
d. ribosome
e. endoplasmic reticulum

1. at what organelle are amino acids bonded together?

a. endoplasmic reticulum
b. nucleus
c. vacuole
d. ribosome
e. amino acids are not bonded at an organelle

1. ribosomes are composed of

a. dna and rna.
b. rrna and proteins.
c. dna and proteins.
d. proteins and lipids.
e. ribosomes are organelles and are not composed of anything.

1. the process by which vesicle contents are released from a cell is

a. diffusion.
b. osmosis.
c. endocytosis.
d. exocytosis.
e. respiration.

1. microfilaments

a. provide shape and movement for cells.
b. transport materials throughout the cytoplasm.
c. convert chemical energy to electrical energy.
d. are artificial structures produced using nanotechnology.

Explanation:

Question 9

Cellular respiration's energy is stored in ATP (adenosine triphosphate). Glucose is broken down, ADP is converted to ATP, DNA and RNA are nucleic acids not for energy storage here.

Animal cells don't have a large central vacuole to maintain turgor pressure (that's plant cells). They do respiration, reproduce, grow, and metabolize.

Adipose cells store fat, have low energy needs, so few mitochondria. Muscle, nerve, digestive cells need more energy (mitochondria for ATP), so they have more. All cells don't have same mitochondria.

Answer:

c. ATP

Question 10