What would most likely happen to plants if they did not have a waxy outer coating?

Answers

Answer 1

Answer: They would dehydrate too rapidly and die. Plants (well, plants with true vascular systems) need to have water to dehydrate from the leaves to help draw the water up from the soil. This is transpiration, but without the waxy cuticle this would occur at an excessive rate, killing the plant.

Answer 2

Answer:

Answer:

They would dehydrate too rapidly and die. Plants (well, plants with true vascular systems) need to have water to dehydrate from the leaves to help draw the water up from the soil. This is transpiration, but without the waxy cuticle this would occur at an excessive rate, killing the plant.

Related Questions

DNA in the nucleus of the cell is thin and threadlike and called _
Because fermentation takes place in the absence of oxygen it is said to be
In the carbon cycle, carbon is found in _______.
How are plant pigments like teammates on a sports team?
The domestication of plants and animals is a hallmark ofSelect one:a. the hominids. b. Homo erectus. c. the paleolithic era d. the neolithic era. e. the first Homo sapiens.

Hat is most likely to result immediately after a rainforest in Brazil is clear-cut?

Answers

Clear-cutting a rainforest will result to deforestation. It will result in the suffering of the animals in the rainforest and eventually death of the animals. It will destroy the ecosystem in the forest. Some animals will also be extinct because their natural habitat is destroyed. The deforestation rate in Brazil was once the highest in the world. Destroying large areas of rainforest per year. About 600,000 km^2 of the Amazon rainforest was deforested.

Answer:

Secondary succession.

Explanation:

Clear cutting factors are most likely responsible for secondary succession.

PLEASE HELP!!!!!!!1) If you were lost at sea and you drank salty seawater, what would you expect to happen to the cells in your body?(shrink,swell,or stay same size )why do you think that?

2) A large-mouth bass is taken from a fresh water lake and transplanted into the river. If the conditions for survival are optimal, would you expect the cells in the fish to shrink,swell,or stay same size why do you think that?

3) If a sea star egg is taken from the ocean and put into Elk Lake would you expect the egg to shrink ,swell,or stay same size why do you think that?

Answers

1. The correct answer is; are body cells is going to shrink. Salty seawater is a hyperosmotic solution, meaning that it has more solutes than the cell inside. The water will move (from the cell) via osmosis in order for the solutions to reach equilibrium. Also, salty solution exerts more pressure on the of the cell, so the cell will shrink.

2. The correct answer cells in the fish will stay the same size. This will occur because both solutions, freshwater lake and river have similar (or equal) solute concentrations. Those solutions are called isosmotic. There is no movement of water or the solutes, so the cell stays the same.

3. The correct answer is to swell.This will happen because sea star egg has the same solute concentration as its first environment-ocean meaning that this solution is hyperosmotic comparing to the lake (ocean is saltier than the lake, it has more solutes). When you put the sea star egg in the lake, the water from the lake will move (via osmosis) into the egg, to reach equilibrium. Water will cause the cell to swell.

1) Our body cells would shrink because the excessive assumption of salt (from the salty seawater), would lead us to use and expel the clean/fresh water we already have out of our body (we'd urinate more as our kidneys would try hard to expel the salt, and we'd use more water than usual as our cells would try to dilute the salt);

2) I would expect the cells in the fish to stay the same size as both waters have a similar environment and saline level;

3) I'd expect it to swell because the ocean is saltier than lakes; it would swell because it would absorb more water than it did its usual environment.

Which molecule in the chloroplast of a plant cell first captures light energy from sunlight? A. glucose B. carbon dioxide C.chlorophyll D. adenosine triphosphate

Answers

The molecule called chlorophyll which is present in the chloroplast of the plant cell captures the sunlight first. Thus, the answer is letter C. This molecule is responsible for the green color of leaves. This absorbs sunlight to use its energy in synthesizing carbohydrates.

The molecule in the chloroplast of a plane cell that first captures light energy from sunlight is C. Chlorophyll.

One theory of early life on Earth states that the first life forms did not use oxygen for respiration and were unable to make their own food. Based on this theory, which types of organisms were most likely present?aerobic, autotrophic bacteria

aerobic, heterotrophic bacteria

anaerobic, autotrophic bacteria

anaerobic, heterotrophic bacteria

Answers

Answer:

Early organisms would have to be anaerobic, as air was likely non existent. This rules out the first two options.

Autotrophic can be called producers, and heterotrophic can be called consumers.

The question states that "did not use oxygen for respiration and were unable to make their own food"

Only one option satisfies the question:

anaerobic, heterotrophic bacteria

Answer:

Anaerobic, heterotrophic bacteria

Explanation:

i got it right on k12

The most accepted theory regarding the make-up of living things is the _____.organismal theory
cell theory
chromosomal theory

Answers

The most accepted theory regarding the make-up of living things is the cell theory.

It was proposed by German scientists Theodor Schwan, Mathias Schleiden and Rudolf Virchow.

It states that;

1. All living organisms are made of cells.

2. The cell is the basic unit of life.

3. Cells arise from pre-existing cells.

in addition the modern version of the cell theory states:

4. Energy flow occurs within cells

5. Heredity information (DNA) is passed from cell to cell.

6. All cells have the same basic chemical composition.

Answer:

Cell Theory

Explanation:

Cells that are found in small depressions on the endosteal surfaces are theA) osteolytic cells.
B) osteoclasts
C) osteoblasts.
D) osteocytes.
E) osteogenic cells

Answers

Answer:

Osteoclasts.

Explanation:

Osteoclasts may be defined as the cells that helps in the breakdown of the bone tissue. Osteoclast plays an important role in the maintenance of the bone structure.

Osteoclasts cells are found in the small depression of the endosoteal surface. This is also known as Howship's lacunae. They shows the foamy appearance in the cell. The osteoclast can form the specialized cell membrane known as ruffle border.

Thus, the correct answer is option (B).

Other Questions

If each level in a food chain typically loses 90 percent of the energy it takes in, and the producer level uses 1000 kcal of energy ,how much of that energy is left after the third trophic level

This cell membrane gateway system is specifically called the

what is the food chain in a temperate ocean(Describe the general food interaction of plants and animals. Draw an example.) please help!!!!

Events that damage the cell's regulatory apparatus, trapping it in the G1 phase of the cell cycle, cause the uncontrolled division of cells called