Answer:
"The time in which we now live. The days (or dispensation of time) just before the Second Coming of the Lord.
I tell you what shall befall you in the last days, Gen. 49:1.
The Redeemer shall stand at the latter day upon the earth, Job 19:25.
In the last days, the Lord’s house shall be established, Isa. 2:2.
In the last days perilous times shall come, 2 Tim. 3:1–7.
Latter-day scoffers shall deny the Second Coming, 2 Pet. 3:3–7.
I prophesy unto you concerning the last days, 2 Ne. 26:14–30.
Thus shall my church be called in the last days, even The Church of Jesus Christ of Latter-day Saints,"-The Church of Jesus Crist of Latter-day Saints
Explanation:
<em>Hello!</em>
<h3>The Answer Is: <em>Bacteria and Archaea are comprised exclusively of microorganisms; plants, mammals, and microorganisms such as fungi and protists are contained in the Eukarya. Because of their lack of a nucleus, the Bacteria and Archaea were grouped together and called Prokaryotes, but the Archaea are more closely connected to the Eukaryotes than to the Bacteria. The cell walls of bacteria contain a compound called peptidoglycan, while the cell walls of archaea do not. Archaea and bacteria also vary because the composition of the cell membranes of archaea is peculiar and does not contain the same lipids, or fats, present in other species' cell membranes.</em></h3>
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<span>The antigen-antibody that is deposited in the dermis is known as T-cells. These are protein cells that divide excessively causing the development of thick and calloused skin.
The overproduction of these cells on the dermis area causes the overproduction of collagen fibers on the skin. As the skin pushes its way up to the epridermis, the overproduction of these cells result to the symptoms that are observable for diagnosis.<span>
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The right answer is common error.
A common error (or random error) is when, from one measure to another, the value obtained may be overvalued or underestimated in relation to the real value.
An example of a random error is the measurement of time with a timer. The error comes from the reaction time of the experimenter at start-up and at the end of the timer. Since this reaction time is not always the same, the measured value can be overestimated or underestimated. It is understandable that a repetition of the measures can alleviate the random error.
Answer:
False
Explanation:
Exponential growth is when there is a rapid growth in the population
