Answer:
True, by active transport
Explanation:
The influx and efflux of molecules through the cell membrane depend on the concentration gradient.
When the molecules down their concentration gradient that is from higher concentration to lower concentration are known as passive transport but sometimes the cell has to transport the ions against the concentration gradient.
When the ions move against the concentration gradient, they use energy in the form of ATP molecules and then transport the ions. This is known as active transport.
In the given question, since the sodium ions move inside the cell against the concentration gradient by the active transport.
Answer
implantation consists of three stages: (a) the blastocyst contacts the implantation site of the endometrium (apposition); (b) trophoblast cells of the blastocyst attach to the receptive endometrial epithelium (adhesion), and (c) invasive trophoblast cells cross the endometrial epithelial basement membrane and invade ..
The four (4) routes through which toxic chemicals can enter the body include: C. inhalation, ingestion, absorption, and injection.
<h3>What is a
toxic chemical?</h3>
A toxic chemical can be defined as a chemical substance that is capable of causing a damage, harm or even death to a living organism when inhaled or ingested, especially due to it being poisonous and its toxicity.
This ultimately implies that, a toxic chemical poses a health risk or hazard to a living organism when inhaled or ingested.
<h3>The routes for toxic chemicals into the body.</h3>
Generally, there are four (4) routes through which toxic chemicals can enter the body and these include:
Read more on toxic chemical here: brainly.com/question/21213968
Based on the following choices the answer would be HALOPHILES. Halophiles are the organisms the thrive to live in salt concentrated environment. Most of the organisms that are halophiles are classified as Archaea domain. Also, it can be bacterial halophiles and others are eukaryota for instance the algae.