When rolling one die, there is one "5" outcome and six total outcomes. The formula for probability is represented as:

Thus in this case, to find
, we would go about the following:

To convert
to a percent, we first multiply by 100 and then divide, as shown:

The fraction would be 1/6 and the percentage would be 16.666...%, which is often rounded to 16.67%.
ANSWER

EXPLANATION
The area of the original rectangle is 72 in².
If the length and the width of the rectangle are changed by a scale factor of 3.5.
Then the area will change by

To get the area of the new rectangle is we multiply the area of the original rectangle by 12.25.
This implies that,the area of the new rectangle is

Therefore the area of the new rectangle is 882 square inches.
Answer:
The average radius of sun is approximately 9.95 times the average radius of Jupiter.
Step-by-step explanation:
We are given the following in the question:
Average radius of Jupiter =

Average radius of the sun =

Relation between average radius of sun and average radius of Jupiter =

Thus, the average radius of sun is approximately 9.95 times the average radius of Jupiter.
Answer:
he bought 6 chocolate and 14 vanilla !
Step-by-step explanation: