Human Body & Tissue
Human Body Cont 1
Growth and reproduction
Growth and reproduction Cont 1
Ecosystems
100

42.What are nutrients that are the body’s main source of energy

Carbohydrates 

100

55. The main purpose of homeostasis is to
fight disease-causing organisms

produce offspring
keep internal conditions stable
replicate DNA

keep internal conditions stable

100

60. What type of reproduction involves only one parent and produces identical offspring?
Sexual reproduction

Migration

Asexual reproduction
Internal fertilization

Asexual reproduction

100

83. Asexual reproduction is different from sexual reproduction in that the offspring of asexual reproduction
are identical to the parent
 contain half the chromosomes of the parent
have no genetic material
Have more variety in their traits

are identical to the parent

100

11. Which of the following terms describes a straight series of connections among organisms that feed on each other?

  • food web
  •  ecosystem
  • Community
  • food chain

food chain

200

44. What store energy and protect organs.

Fats 

200

52.What is the difference between mechanical and chemical digestion?

Mechanical digestion physically breaks food into smaller pieces (like chewing and stomach churning), while chemical digestion uses enzymes and acids to break food down into simpler substances the body can absorb.

200

64. A plant’s response to light is known as:
Dormancy
Photoperiodism
Tropism
Pollination

Tropism

200

85. Which example best describes incomplete dominance?
humans with blood type AB
 flowers with red petals
horses with roan color pattern

sheep with gray fleece

sheep with gray fleece

200

117 What are  the three types of consumers:

Herbivore

Carnivore

Omnivore

300

46.What builds strong bones and teeth.

Minerals 

300

60.Organs such as the kidneys, lungs, skin, and liver work together to?

filter out urea
remove carbon dioxide
eliminate excess water 

help maintain homeostasis

help maintain homeostasis

300

61. What happens when a sperm cell joins with an egg cell?
 Germination

Pollination

 Dormancy

Fertilization

Fertilization

300

87. What are mating systems?
Threatening behaviors that animals use to gain control over other animals
Behavior patterns that are related to how animals reproduce
Chemicals released by one animal that affect the behavior of another animal of the same species
 Behaviors related to the movement of animals from one place to another and back again

Behavior patterns that are related to how animals reproduce

300

119. What are the four parts of ecosystem organization:

  • Organism

  • Population

  • Community

  • Ecosystem

400

49. what speed up chemical reactions that break down food

Enzymes 

400

57._________________ in the stomach are responsible for the mechanical digestion that takes place there

Muscles 

400

67. The transfer of pollen from the male part to the female part of a flower is called:
Fertilization
 Germination
Pollination
Inheritance

Pollination

400

89. Which is not a stimulus that can trigger tropisms in plants?
 light

 temperature

 gravity

touch

 temperature

400

 Which of the following describes a population?

A.    85 great white sharks off Cape Cod

B.    thousands of dolphins and whales around Hawaii 

C.     a mating pair of seagulls migrating to an island 

D.     corals, sponges, algae, reef fish, lobsters, and giant clams

85 great white sharks off Cape Cod

500

53. How do the nervous and endocrine systems work together to control the body?

they work together to keep the body balanced and responding properly to changes.

500

51. _________________ is the wave-like movement that pushes food through your digestive system.

Peristalsis 

500

71.A trait controlled by two or more genes is called ________________ inheritance.

polygenic 

500

90. An insect such as the butterfly goes through the process of ____________________as it grows and develops into an adult.

metamorphosis

500

112.What does an energy pyramid show?

Energy pyramid shows how energy flows through an ecosystem and how the amount of available energy decreases at each higher trophic level.

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