If 1 to 7 are the chances to win over friend then 6 out of 7 are the chances to lose.
Probably to lose = # of loosing chances/ # of possible outcomes = 6/7 ~ 0.86
Answer:
The probability no one delays or goes without medical care is 0.168;
The probability only one person delays or goes without medical care is 0.336.
Step-by-step explanation:
This problem can be modeled with a binomial random variable, with sample size n=8 and probability of success p=0.2.
The probability that <em>exactly </em>k Americans delay or go without medical care because of concerns about cost within the sample of eight individuals can be calculated as:
The probability no one delays or goes without medical care (x=0) is:
The probability only one person delays or goes without medical care (x=1) is
Answer:
D. 1.85c
Step-by-step explanation:
The expression shown is the cost a custom pays for an item, where c is the cost the store which expression is equivalent c+0.85c?
A. 0.15c B. 0.85c C. 1.15c D. 1.85c
Given:
c + 0.85c
c standing alone has a coefficients of 1
The coefficients of 0.85c is 0.85
The two terms have the same variable c
Add both terms together
c + 0.85c
= 1.85c
Therefore,
c + 0.85c = 1.85c
D. 1.85c
Answer:
Step-by-step explanation:
16 cm3/s
Answer:
D.
Step-by-step explanation:
The coefficient of the leading term tells you how "stretchy" a graph is. Since g(x)'s leading coefficient is 3, and f(x)'s leading coefficient is 9, and they're both , g is just 3 times f. Then g's constant term is -4, and f's constant term is 0, then g is just f but translated 4 down.