Put a ruler Measuring side AB then post again.
The option that is closest to the greatest possible volume of the box is 420in³
It should be noted that the volume of a shape is used in calculating the amount of substance that the container can be able to hold.
From the information given, we have been told that the sides given are 28 inches by 15 inches. Therefore, in this case, one has to multiply the values of the sides that are given. This will then be:
= 28 inch × 15 inch
= 420 inch³
Therefore, based on the solution given, the value that is closest to the greatest possible volume of the box is 420in³.
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Hi,
<em>If we sum the measurement of all angles, we should find 360°</em>
<em>Because 360° corresponds to a complete revolution.
</em>
360 - 108 - 81 - 59 = 112°
x = 112°
18. 1 3/4, 7/5, 1 3/10, 11/20, 1/4
19. 3 1/3, 2 1/5, 9/5, 9/10, 2/15
Set the function to equal zero:
To find the zeros, or solutions, to this problem, we will use the quadratic formula:
Plug the values into the equation:
Solve for both plus and minus:
The question cannot use a negative value for x, as the diver cannot dive a negative distance from the board.
The answer is
'<span>
x = 5; the diver hits the water 5 feet away horizontally from the board', because x represents the horizontal distance away from the board.</span>