Answer:
The answer to your question is: distance = 15.55 units
Step-by-step explanation:
Data
A (-3, 4)
B (8, -7)
Formula
distance = √((x2-x1)² + (y2-y1)²)
Substitution
distance = √((8- -3)² + (-7-4)²)
distance = √((8 + 3)² + (-7-4)²)
distance = √((11)² + (-11)²)
distance = √(121 + 121)
distance = √242
distance = 15.55 units
Answers:
Q: What is the most they could weigh together?
A: 0.74 kg
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Q: What is the least they could weigh together?
A: 0.62 kg
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Work Shown:
x = weight of first ball
y = weight of second ball
each ball has a weight range of 0.31 kg to 0.37 kg, so,

add straight down to get

which simplifies to

the two soccer balls have a weight range of 0.62 to 0.74, inclusive of both endpoints.
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Without using algebra, you basically just add the smallest the two weights could be (0.31) to itself to get 0.31+0.31 = 0.62 which represents the smallest the two weights combined can be. The same happens with the largest weight of 0.37 to get 0.37+0.37 = 0.74 as the max weight of both objects together.
7 is “what was our opinion of the experiment and results?”
8 is “random”
Is there more to the question? Because it could be any hours..
Answer:
392π
Step-by-step explanation:
Equation is 1/3(piR^2)*h
Radius is 7, 7 squared is 49.
1/3(49π)(24)
392π