Simplify the ratio by writing the fraction in lowest terms.
2 answers:
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Answer:
Step-by-step explanation:
Mass of particles that a river can transport,
where:
v = velocity of river flow
When
then the mass transported,
<u>When mass is twice:</u>
<u>When mass is 10 times:</u>
<u>When mass is 100 times:</u>
The height of each soup can is 4.138 centimeters, if the the volume of soup to be 325 cubic centimeters per can and the area of the base of each can is 25 square centimeters.
Step-by-step explanation:
The given is,
The volume of soup to be 325 cubic centimeters per can.
The area of the base of each can is 25 square centimeters.
Step: 1
Formula to calculate the volume of cylidrical soup can,
............................(1)
Where, B - Base area of cylidrical soup can
h - Height of cylindrical soup can
Step: 2
From the given values,
Base area, B = 25 square centimeters
Volume, V = 325 cubic centimeters
Equation (1) becomes,
325 = ( 25 ) (h)
h =
= 13 centimeters
Height of cylindrical soup can, h = 13 centimeters
Result:
The height of each soup can is 4.138 centimeters, if the the volume of soup to be 325 cubic centimeters per can and the area of the base of each can is 25 square centimeters.