The statements that describe active transport are as follows:
- At the end of the process, a larger concentration of substances is on one side of cell membrane than the other.
- uses ATP (energy) from cell
- move substances from low to high concentrations
<h3>WHAT IS ACTIVE TRANSPORT?</h3>
Active transport is the process whereby molecules or substances are moved from a region of lower concentration to a region of higher concentration across a membrane.
Active transport moves molecules against a concentration gradient, hence, requires the input of energy for it to occur.
Based on the above explanation, the statements that describe active transport are as follows:
- At the end of the process, a larger concentration of substances is on one side of cell membrane than the other.
- uses ATP (energy) from cell
- move substances from low to high concentrations
Learn more about active transport at: brainly.com/question/2503897
Answer:
As pressure increases, volume of an object tends to decrease.
Explanation:
The signal Hawkeye and the men agreed on while nearing the Huron encampment were three croaks of a crow.
Hawkeye tells his men to scout the area and in the case that they or he find something, they should use the signal in the form of thee croaks of a crow to warn the others about the danger. However, the only thing he finds in the encampment are a couple of Indians.
Answer:
1.) You want to answer, possibly, your hypothesis.
2.) If you have a prompt and a claim, write your hypothesis down in this form: If ______________, then________________.
3.) Use the scientific process of performing an experiment, like observation, measurement, etc.
4.) LABEL all the sides of your (bar, line, etc) graph.
5.) Write a sentence using your graph in this form:
It (increased/decreased)_________ because _________.
This value is the (greatest/least) __________ because ___________.
6.) Explain why or why not the hypothesis supported your observations and measurements.
My hypothesis (did/didn't) support my experiment because ____________.
7.) In other words, how does your graph, observations, etc., go along with your hypothesis?
Hope this helps.
Explanation: