Answer:
I think A but if im wrong tell me sorry if it wrong
Step-by-step explanation:
The answer is D, y = 3x - 16.
The volume of the hockey puck will be 111.82 cubic cm.
<h3>What is volume?</h3>
Volume is defined as the space occupied by any object in the three-Dimensions. For the cylindrical shapes, the volume will be calculated by using the radius and the length of the cylinder.
Given that:-
- A hockey puck has a radius of 3.7 cm and a thickness of 2.6 cm
The volume of the hockey puck will be calculated as:-
V = π r² l
V = π ( 3.7)² 2.6
V = 111.82 cubic cm.
Therefore the volume of the hockey puck will be 111.82 cubic cm.
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Answer:
$221.4
Step-by-step explanation:
So there are two ways that you can solve this problem.
1) multiply $369 by 40% (or .4) to get 147.6 and then subtract 369-147.6=$221.4
2) multiply $369 by 60% (or .6) to get $221.4
Plot A
A = 204 ft^2; L = 20 ft; H = 10.2 ft; P = 60.4 ft
Plot B
A = 204.48 ft^2; L= 12.78 ft; H = 12 ft; P = 57.56 ft
Plot C
A = 204.49 ft^2; L = 14.3 ft; H = 14.3 ft; P = 57.2 ft
Most fencing Plot A
Greatest area Plot C
