Adaptations

This type of organism can absorb energy directly from the environment.

• Heterotroph

• Autotroph

• Carnivore

• Chemotroph

Which of the following would be a drawback of being a carnivore?

• Food is easy to find and readily available

• Food has a low energy value

• Acquiring food must happen in a group

• Lots of energy is required to get food

Tags

NGSS.HS-LS4-2

Which of the following would NOT be an adaptation of desert plants?

• Broad flat leaves for maximum sun exposure

• Waxy coating

• Shape that reduces surface area

• Light coloring

Tags

NGSS.HS-LS4-4

How is CAM photosynthesis different from regular photosynthesis?

• The leaves are never directly in the sun

• Gas exchange is only done at night

• Chlorophyll is not used

• Only occurs in plants with small leaves

Which statement below describes the principle of allocation?

• Energy spent on adaptations does not increase survival

• Most species can survive in a variety of areas

• High fitness in on area equals low fitness in others

• Allocating energy to adaptations is not worth it

Tags

NGSS.HS-LS4-4

Male animals compete on who can jump the highest and the winner gets to mate. This is an example of...

• Autosexual selection

• Chemosexual selection

• Intersexual selection

• Intrasexual selection

Tags

NGSS.HS-LS4-4

Male animals collect rocks and display them outside their burrows, and then the females decide which display is the most attractive and mate with that male. This is an example of...

• Autosexual selection

• Chemosexual selection

• Intersexual selection

• Intrasexual selection

This type of organism must go find food through hunting, gathering, or herbivory.

• Heterotroph

• Autotroph

• Carnivore

• Chemotroph

This process is similar to the way plants get energy, but energy is acquired from a chemical reaction or heat.

• CAM photosynthesis

• Chemosynthesis

• Osmoregulation

• Autosynthesis

Aquatic organisms balance their salt and water intake through a process known as...

• Chemosynthesis

• Osmoregulation

• Allocation

• Photosynthesis

Tags

NGSS.HS-LS1-3