Here we are going to formulate the problem in terms of probability distribution by defining a random variable "X" .
e 3.27 The distribution of detectable flaw sizes in tubing is given by Eq. 3.88 with...
e 3.27 The distribution of detectable flaw sizes in tubing is given by Eq. 3.88 with 1/17 cm. There are an average of three detectable flaws per centimeter of tubing. (a) What fraction of the flaws will have a size larger than 0.8 cm? (b) What is the probability of finding a flaw larger than 0.8 cm in a 100-m length of tubing? (c) In 1000 meters of tubing? al distribution. 1he CDF IS DF is
1.) Describe the goals of a Gel Filtration Chromotography Experiment??? 2.) Explain each key theoretical principle of a Gel Filtration Chromotography, and how they help acheive the goal???. 4.) Explain the key equations used in the Gel Filtration Chromotography experiment and the terms involved in the equation???? HI im trying to prepare for a lab/report and i have some questions i could use help with please :) over all having trouble seeing how everything ties together etc :) thank you...