Answer:
A. All channel movement requires active transport to equalize the cell
Explanation:
Active transport is necessary for the sodium-potassium pump to work because all channel movement requires active transport to equalize the cell.
Answer:
Plantlife, grow a garden. Animal life, raise some livestock. And a water source, most definitley.
Explanation:
Answer:
In information theory, entropy is a measure of uncertainty in a random variable. In this context, the term refers to Shannon's entropy, which quantifies the expected value of the information contained in a message.
Explanation:
The entropy defined by Shannon, referring to the theory of information, refers to the average amount of information contained in a random (psychological) variable or, in particular, a binary transmission source. The information that provides a certain value, xi, of a discrete random variable X, is defined as:
I (xi) = log2 (1 / p (xi))
whose unit is the bit if the logarithm is used in base 2 (for example, when the natural or natural logarithm is used, we speak of nats).
The entropy or average information of the discrete random variable, X, is determined as the average information of the set of discrete values that can be adopted (also measured in bits):
H (x) = Σip (xi) • log2 (1 / p (xi))
In addition to its definition and study, Shannon demonstrated analytically that entropy is the maximum limit to which a source can be compressed without any loss of information.
Answer:
I think the answer is A..
Answer:
d increase of antibiotic resistance in bacteria
Explanation:
Increasing number of antibiotic resistance in bacteria reinforces Darwin's idea of evolution by natural selection.
Charles Darwin was one of the foremost scientist that researched about evolutionary trends in organisms.
One of his revolutionary works is the idea of natural selection. In natural selection, certain phenotype are favored due to environmental influence and this makes them have evolutionary advantages.
He suggested that organisms that have evolved certain genetic make up will survive competition and would naturally be favored.
Increasing antibiotic resistance in bacteria is one of such example.