Area of a circular ring: A = 4
bsmiddle" class="latex-formula">pw
Solve for p. Find p when A = 22 cm^2 and w = 2 cm
Perimeter of a track: P = 2
r + 2x
Solve for r. Finf r when P = 440 yrds and x = 110 yrds
Solve for p. Find p when A = 22 cm^2 and w = 2 cm
Perimeter of a track: P = 2
Solve for r. Finf r when P = 440 yrds and x = 110 yrds
1 answer:
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Answer:
Object A will have greater acceleration.
Step-by-step explanation:
Given that,
The mass of object A = 50 kg
The mass of object B = 75 kg
They were pushed with the same amount of force.
We know that, the force acting on an object is given by :
F = ma
Here F is same for both mass
Mass and acceleration have inverse relation. It means the object whose mass is less will have greater acceleration. Hence, the acceleration is greater for object A.
<h3>Answer: Choice C) 
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This is a more complicated way to write
The range is the set of all possible y outputs of a function. So we use the graph to see what y values are possible. The graph shows that y can be anything smaller than y = 2. We can't actually reach y = 2 itself due to a horizontal asymptote here.
In interval notation, the answer would be with the curved parenthesis to indicate "do not include y = 2 as part of the range".