L=6(8.1−t)A human cell has entered the S phase and is replicating a chromosome. The remaining length, L, in millimeters, that needs to be replicated t hours after the start of a human cell's S phase is given by the equation. After how many hours has the entire length chromosome been replicated?Choose 1 answer:(A) 0.17(B) 6(C) 8.1(D) 48.6
Q. L=6(8.1−t)A human cell has entered the S phase and is replicating a chromosome. The remaining length, L, in millimeters, that needs to be replicated t hours after the start of a human cell's S phase is given by the equation. After how many hours has the entire length chromosome been replicated?Choose 1 answer:(A) 0.17(B) 6(C) 8.1(D) 48.6
Given equation: We are given the equation L=6(8.1−t) to represent the remaining length of the chromosome to be replicated after t hours. To find out after how many hours the entire chromosome has been replicated, we need to determine the value of t when L equals 0.
Solving for t: Set L to 0 and solve for t: 0=6(8.1−t)
Isolating the term with : Divide both sides of the equation by to isolate the term with t:\newline000 = 888.111 - t
Rearranging the equation: Rearrange the equation to solve for ttt:t=8.1t = 8.1t=8.1
Final value of t: The value of ttt when the entire chromosome has been replicated is 8.18.18.1 hours.