After elongation, plant cells begin to _____.die
photosynthesize
differentiate
germinate

Answers

Answer 1
Answer:

Elongation is a developmental process which is regulated by light and phytohormone. After elongation, plant cells begin to differentiate.  During the period of differentiation cells of the root and the shoot apical meristems and the cambium mature, the cells cell evolve in to a specialized cells and begin to take on their individual functions.

Answer 2
Answer:

Answer:

C- differentiate

Explanation:


Related Questions

How long does it take for a new species to arise? Have we ever witnessed a new species arising - like in any laboratories or otherwise - possibly with creatures with short life spans? Does it happen all the time, or is it incredibly rare?
Rain forests cover just 6 percent of the Earth’s land surface, yet they contain _____ percent of Earth’s species.
How do white blood cells help maintain homeostasis in the body?
_____ is the waste that is created in the process of making products.(1 point) pre-consumer waste post-consumer waste e-waste rucksack
The main organs of the excretory system are the _____.

Proteins are composed of which of these subunits? Select one: a. amino acids b. glucose molecules c. fatty acids d. nucleotides

Answers

Subunits of Major Macromolecule Groups:
Lipid - Fatty Acid
Protein - Amino Acid
Nucleic Acid - Nucleotide
Carbohydrate - Polysaccharides (including glucose)
Proteins are composed of amino acids. Glucose molecules make up sugars and starches. Fatty acids make up, big surprise, fat molecules (unsaturated having double bonds between carbon atoms). Nucleotides make up DNA and RNA.

Humans breathe through bronchi. What structure do insects have for breathing? A.
gills







B.
tracheae







C.
skin







D.
lungs

Answers

B. Trachea. Did you know that insects used to be big back in the past because of the extra oxygen?
i would say tracheae i hope this helps

______ is the ultimate source of energy for plants.

Answers

glucose is the ultimate source of energy for plants because it is derived  through the energy of the sun.

Answer:

Sun?

Explanation:

Urban landfills use procedures that increase the decay rate for most trash. accelerate the process by which aluminum is recycled. decrease the decomposition rate for newspapers. increase the number of aerobic bacteria. make it cost effective to recycle glass.

Answers

I'm assuming that the choices are the ways urban landfills use to increase decay rate for most trash? If so, then the answer would be 'increase the number of aerobic bacteria'. Increasing the number of aerobic bacteria increase the decay rate for most trash.

Answer:

C.Recycling glass is an energy-saving practice.

Explanation:

The human brain is an example of a

Answers

 it is an organ. the main organ in the body. I wish your question was a little more clear, like multiple choice would be very helpful to what my choices are.

Which kind of organism is a autotroph

Answers

Answer:

Explanation:

{Auto-self, troph-food}

An autotroph is an organism that is able to produce its own food, which are usually complex organic substances from simple inorganic substances.

Unlike heterotrophs, they are not dependent on other organisms for their source of energy.

In the flow of energy in an ecosystem, they are commonly referred to as producers because other organisms, mostly animals are dependent on them for energy. This autotrophic ability is a characteristics of most plants, green algae and photosynthetic bacteria.

Autotrophs are in two category viz;

1. Photoautotrophs; which use light as a source of energy to power the synthesis of organic substances in a process called photosynthesis. These organisms possess pigments that makes them capable to capture the photons of light. Examples are green plants, green algae etc.

2. Chemoautotrophs, which use chemical inorganic compounds e.g Hydrogen sulfide, ammonia etc. as a source of energy to synthesize their food. Examples include archaebacteria

It is an organism that produces its own food and supplies energy to heterotroph