The diameter of a basketball is approximately 9.5 inches and the diameter of a tennis ball is approximately 2.5 inches .The volu
1 answer:
Answer:
The correct answer is the basket ball is 54.87 times bigger in volume than the tennis ball.
Step-by-step explanation:
The diameter of a basketball is approximately given to be 9.5 inches.
The radius of the basket ball is given by = 4.75 inches.
The volume of the basket ball is given by = × π ×
= 449.1012 cubic inches.
The diameter of a tennis ball is approximately given to be 2.5 inches.
The radius of the tennis ball is = 1.25 inches.
The volume of the tennis ball is given by = × π ×
= 8.1845 cubic inches.
Ratio between the volume of the basketball and tennis is given by = 54.87.
Thus the volume of the basket ball is 54.87 times greater than the volume of the tennis ball.
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Answer:
The maximum number of packages that can be made with each package have same number of each item is = 6
Step-by-step explanation:
Given:
Mr. Harris has 48 pencils and 30 notebooks.
To find the number of packages he can make with each package have same number of each item.
Solution:
Number of pencils = 48
Number of notebooks = 30
In order to find the number of packages he can make with each package have same number of each item, we will find the greatest common factor of the given numbers.
<em>To find the G.C.F., we will list down the prime factors of each.</em>
We find that the G.C.F. = = 6
Thus, the maximum number of packages that can be made with each package have same number of each item is = 6