Step-by-step explanation:
P(heads) = ½, and P(tails) = ½
a) P(5 heads) = (½)⁵ = ¹/₃₂
b) P(5 tails) = (½)⁵ = ¹/₃₂
c) P(at least 1 head) = 1 − P(all tails) = ³¹/₃₂
Answer:
Step-by-step explanation:
About 3.5 . Divide.
Answer: 0.36 or 36%
60%=60/100=0.6
60% is the same as saying 60/100 or 0.6
To solve for the probability of this problem, we have to, multiply the odds of the two separate events together
event1 is a customer that spends more than 75$. The odds of that happening are .6
event 2 is a customer that spends more than 75$. The odds of that happening are .6
probability=event1*event2
probability=.6*.6
probability=.36 or 36%
Answer:
The reasonable estimate for the solution is (2.29, -4.87)
Step-by-step explanation:
The reasonable estimate for the solution is the point where the two lines intersect each other.
To get the point where they intersect, we will simply equate the system of equations given as shown:

Substitute x = 2.29 into any of the equation
Using the equation y = -3x+2
y = -3(2.29)+2
y = -6.87+2
y =-4.87
This shows that the reasonable estimate for the solution is (2.29, -4.87)
Further explanation on the similar question can be found here brainly.com/question/19713330
in my opinion C is the answer