Medicine. One leukemic cell injected into a healthy mouse will divide into 2 cells in about 1 2 day. At the end of the day these 2 cells will divide into 4 . This doubling continues until 1 billion cells are formed; then the animal dies with leukemic cells in every part of the body. (A) Write an equation that will give the number N of leukemic cells at the end of t days. (B) When, to the nearest day, will the mouse die?
Medicine. One leukemic cell injected into a healthy mouse will divide into 2 cells in about 1 2 day. At the end of the day these 2 cells will divide into 4 . This doubling continues until 1 billion cells are formed; then the animal dies with leukemic cells in every part of the body. (A) Write an equation that will give the number N of leukemic cells at the end of t days. (B) When, to the nearest day, will the mouse die?
Solution Summary: The author explains the equation that gives the number N of leukemic cells at the end of t days.
Medicine. One leukemic cell injected into a healthy mouse will divide into
2
cells in about
1
2
day. At the end of the day these
2
cells will divide into
4
. This doubling continues until
1
billion cells are formed; then the animal dies with leukemic cells in every part of the body.
(A) Write an equation that will give the number
N
of leukemic cells at the end of
t
days.
How long is a guy wire reaching from the top of a
15-foot pole to a point on the ground
9-feet from the pole?
Question content area bottom
Part 1
The guy wire is exactly
feet long.
(Type an exact answer, using radicals as needed.)
Part 2
The guy wire is approximatelyfeet long.
(Round to the nearest thousandth.)
find the absolute and ralative
error
X =πI
= 22
x= T
x=1
3-x=-
+x=
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Compute the cross product vx w
k
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