Answer:
I will help you answer your question it is b
Step-by-step explanation:
For each candy bar it would be 3 dollars each so
The four candy bars are a total of 12$ it self plus the 4 dollars for the soft drink so 12+4 is 16
So 3$ each candy bar
Answer:
The answer to your question is: # of times = 60.7
Step-by-step explanation:
data
7.4 billion people
each person occupied 13 inches
Earth circumference = 25000 miles
length of the lines = 13 in x 7.4 billion people
= 13 x 7 400 000 000
= 9.62 x 10 ¹⁰ in
Convert in to miles
1 mile --------------- 63360 in
x mi --------------- 9.62 x 10 ¹⁰ in
x = 1518308.1 mi
Now divide, the line of people by the circumference
# of times = 1518308.1 mi / 25000 mi = 60.7
The third choice - 65.3%.
He made 66 successful attempts out of 101 total free throws. To find the experimental probability, it will be 66 divided by 101.
66 successful / 101 total attempts = 0.6534
Rounded off to the nearest tenth of a percent - 65.3%
The experimental probability that you make a free throw is 65.3%.
Answer:
14 months
Step-by-step explanation:
4,500-250x=?
4,500÷250= 18
1,000÷250=4
18-4=14
