The volume of the right pyramid with the given properties is 80√3 cubic volume
<h3>How to determine the volume?</h3>
The given parameters are:
- Area of equilateral triangle = 4√3
- Height = 10Base length = 4 ft
Start by calculating the base area using:
Base area = 6 * Area of equilateral triangle
So, we have:
Base area = 6 * 4√3
Evaluate
Base area = 24√3
The volume of the pyramid is:
Volume = 1/3 * Base area * Height
So, we have:
Volume = 1/3 * 24√3 * 10
Evaluate
Volume = 80√3
Hence, the volume of the right pyramid is 80√3 cubic volume
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3 x + 17 w - 18 is the answer
(x+8)(x-6) would be the expression factorized
Five thousand two hundred eight six divided by twenty one is two hundred fifty one and seven hundred fourteen thousandths two hundred eighty six millionths :)