Let x be the discrete random variable whose value is the number of successes in n trials.
The probability distribution function for x of the binomial distribution B(n,p) is defined as
Given that the random sample size is 
let x represent number of customers who purchase running shoes
Let "p" be the probability of customers in a sporting goods store purchase a pair of running shoes.
It is given that 70% of the customers in a sporting goods store purchase a pair of running shoes.
Thus 
Thus the Probability distribution of x is given by
, where 
Answer:
210.6 cm
Step-by-step explanation:
Given that a piece of ribbon is cut into two shorter pieces in the ratio 2.8:1.25.
So that means length of the first smaller piece = 2.8x
and length of the second smaller piece = 1.25x
Then difference between their lengths = 2.8x-1.25x = 1.55x
Given that difference is equal to 80.6 centimeters then we get
1.55x=80.6
or x= 80.6/1.55
or x=52
then length of the original piece = 2.8x+1.25x
= 2.8*52+1.25*52
= 145.6+65
= 210.6 cm
What is the digit at the hundred thousands place? It is 2. Is the digit to the right of it less than 5? No, 5 is 5. So replace the digits to the right of 2 with 0, and change the 2 to 3.
Answer: 300,000
2^30, or 1,073,741,824 bacteria after 30 minutes!!!!!! ☺☺☺☺
Answer:
432 in^3
Step-by-step explanation:
The ratio of linear dimensions is the square root of the ratio of the areas, so is ...
scale factor = √(36/25) = 6/5
The ratio of volumes is the cube of the ratio of linear dimensions, so is ...
volume ratio = (scale factor)^3 = (6/5)^3 = 216/125
Then the volume of the larger figure is ...
larger volume = (250 in^3)·(216/125) = 432 in^3
