Bees use nectar from the flowers of plants as food. As they collect nectar, dustlike pollen grains stick to their body. When they move from flower to flower, pollen is transferred to other flowers. The pollen from other flowers helps the plant make seeds. Which challenge of life does the bee help the plant meet?

A.
acquiring energy

B.
reproduction

C.
maintaining its structure

D.
homeostasis

Answers

Answer 1

Answer: the answer is B reproduction you can know by "When they move from flower to
flower, pollen is transferred to other flowers. The pollen from other flowers helps the plant make seeds. "

Answer 2

Answer:

Answer: B

Explanation:

Related Questions

What are three important types of forces
What is the original cell that produces new cells through mitosis or meiosis??
The approximate composition of the atmosphere is shown in the pie-chart. Which statement BEST describes the chart? A) The chart shows the percentages of elements in a mixture. B) The chart shows the percentages of elements in a compound. C) The chart shows the percentages of pure substances in a mixture. D) The chart shows the percentages of compounds in a pure substance.
What is true of the energy that is passed from one trophic level to the next in a food chain?
Coach Wood's class is trying determine what factor is most important in the growth of earthworms. Each day, they take theMETRIC length of four different worms in four different soil samples. Today, it is Moore's turn to measure the earthworms. For theworm above, Moore records a length of 6.0 cm. Explain whether Moore's recording is accurate and why.A)The earthworm length is shorter than 6.0 cm because the worm is curved.B)The earthworm length is shorter than 6.0 cm because Moore used theincorrect units.C)The earthworm length is longer than 6.0 cm because the worm needs tobe straightened.D)The earthworm measurement is accurate because Moore subtracted thebeginning and ending points from the ruler.

What is the major reason why fungus-like protists are not fungi?

Answers

Fungal-like protists includes parasitic and predatory molds, water molds (Class Oomycota), and terrestrial slime molds (Myxomycota).
These both move and lack the chitin that helps define true fungi.
These fungal/amoeboid Myxomycota have a motile life stage fungi do not. However they do produce fruiting bodies to reproduce as do some fungi. Slime molds have an amoeboid phagotrophic (feeding) phase of their life cycle and use their pseudopodia to move and eat. In their mobile life stage they lack cell walls.
Oomycota are aquatic fungi-like protists. They are water molds & plant parasites known as white rusts, and downy mildews. They have cell walls composed of cellulose, not chitin like true fungi.
The sexual reproduction has heterogamous sex cells and asexual reproduction has motile spores (zoospores swim not sperm). The zoospores, with two flagella, are their asexual means of dispersal in water and damp soil.
Fungi have both sexual reproduction and asexual budding in yeast (that is not binary fission like bacteria).
They are not capable of independent movement like an animal; they are sessile like a plant.
Fungi are heterotrophic and use external enzymatic digestion of food stomach they digest their food outside their bodies and absorb the digested nutrients, this makes them osmotrophs instead of phagotrophs, which engulf their food.
Hope This helped! :D

The major, simple reason is that they can move while mushrooms cannot.

Someone help please!!!

Answers

Answer:

Building desalination plants and using rain gauges.

Explanation:

Using the process of elimination, seismographs are incorrect because they measure earthquakes and obviously earthquakes have nothing to do with droughts (ok, maybe a little bit). Snowplows are used to plow snow, so the remaining answers should be correct.

Please help with biology!

Answers

I believe the answer is A.

The evolution of lungs and gills, which developed to serve a similar gas-exchange purpose in distantly related organisms, is an example of what type of evolution?A. convergent evolution
B. natural selection
C. emergent evolution
D. divergent evolution

Answers

Answer:

The correct answer is option A, that is, convergent evolution.

Explanation:

The convergent evolution in evolutionary biology refers to the phenomenon in which the organisms that are not closely associated, that is, not monophyletic, autonomously evolve identical characteristics as a consequence of having to amend to ecological niches or identical surroundings.

For example, the evolution of lungs and gills that serves similar functions in distant organisms is an illustration of convergent evolution.

Answer:

A. Convergent evolution

Explanation:

If analogous or structurally different oragns performing similar function.. We call that convergent evolution.

Adapted from images courtesy of NIH and Wikipedia.Looking at the figures provided, assume that the figures are drawn to the same scale. Which of the following is the largest structure in the animal cell?
A.
vacuole
B.
mitochondrion
C.
cell wall
D.
nucleus

Answers

Answer:

Nucleus

Explanation:

It is enclosed by a nuclear membrane perforated by numerous pores. It regulates the activities of the rest of the cell. It contains chromosomes which carry the hereditary materials. One or more densely staining bodies called nucleoli is present in the nucleus. It is site for synthesis of ribosomes

Answer:

nucleus

Explanation:

The nucleus is the largest, most prominent organelle in an animal cell. The nucleus is a round or oval body that is surrounded by the nuclear envelope and contains the genetic information necessary for control of cellular functions.

Where did the Amoeba get it's name from?

Answers

naturalists referred to Amoeba as the Proteus animalculeafter the Greek godProteus who could change his shape. The name "amibe"was given to it by Bory de Saint-Vincent,[3] from the Greek meaning change

Other Questions

How does meiosis affect genes

Levels of organization small to large: cell , organelle, organism, atom, organ system, tissue, molecule, and organ

Why are coelomates superior to other body plants?

How do bases bond together