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MrRissso [65]
3 years ago
8

Cacti typically grow in very dry climates with infrequent rainfall. When it does rain, the rain usually only penetrates a few in

ches into the soil. Which adaptation is most likely to help a cactus survive in the dry climate
Biology
2 answers:
Vitek1552 [10]3 years ago
5 0

Answer:

extensive shallow roots that absorb water

Explanation:

The other description was too long.

kumpel [21]3 years ago
3 0

The question is incomplete as it does not have the options which are:

  1. thick xylem tissue to transport sugar
  2. leaves that supplement by trapping insects
  3. extensive shallow roots that absorb water
  4. more dermal tissue for food storage

Answer:

extensive shallow roots that absorb water

Explanation:

The cactus plants is adapted to grow in the dry, arid and hot conditions. The main adaptations of this plants includes that the enough water must be absorbed from the soil,  the water must be conserved in the plants and at the same time water is not lost into the atmosphere, the plant is protected from the herbivores and others.

In the given condition, if the plant is exposed to a rainfall in the arid condition in which the plant is not able to go underground and is absorbed at the surface then the plant will survive by its hallow roots which does not penetrate the soil but remains on the surface and will absorb the water.

Thus, the selected option is correct.

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Answer:

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What would happen to the concentrations of ATP, NADPH and Sugars if PSII stopped working?
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Answer:

<u>1. ATP - decrease </u>

<u>2.NADPH - decrease </u>

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Explanation:

Photosynthesis is a form of biosynthesis that produces glucose from the reactants;  it uses energy from sunlight, along with carbon dioxide and water. It happens in the chloroplast in two phases; the light-dependent and dark reactions. In the light reaction, solar energy stimulates photosystems, formed from pigments like chlorophylls.

Chlorophyll forms photosystems of proteins known as complex proteins (PS I & PSII).  PS II absorbs and moves the reaction center with light energy.  

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If PS II no longer works,  there will be less ATP, NADPH, (both used later on) and no sugars produced.

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