1 A pathologist uses a microfluidic device to separate circulating tumor cells (CTCS) from a blood sample and then measures their diameter. Let X be the diameter in microns (um) of a CTC produced by a certain type of cancer. Suppose X has the cdf x < 10 F(x) = 210 (-x3 + 36x? 380x + 1200) 10 < x < 16 x > 16 . (a) What is the probability that such a CTC has diameter greater than 12 microns? (b) Determine a suitable probability density function for X. (c) What is the mean and standard deviation of CTC diameters?

Q: thank u

A:

Q: Queslion lo

A:

Q: A 25 24

A:

Q: You are running a race and pass the person in 2nd place. What place are you in now

A: Given  If you are running a race and pass the person in 2nd palace.

Q: A+12=13

A: Given,   A+12=13     We will solve it for the value of A

Q: passes through (-4, -3)

A: Given: (-4, -3), (-9, 26), and (-3, 3

Q: stock b 1.3,   -3.5,   -5.4 ,   6.3,  -7.6,  9.2 find IQR

A: 1.3,   -3.5,   -5.4 ,   6.3,  -7.6,  9.2Sample of size(n)=6

Q: I need help finding C, B and b

A:

Q: A(-2,-3) and B(2,4) Length of AB

A: