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The area of a parallelogram is 240. If the base is reduced to one-fourth its original length, and its height is doubled, what is the new area?

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Final answer:

To find the new area of the parallelogram, you need to calculate the new base and height. If the base is reduced to one-fourth its original length, and the height is doubled, the new area is (1/2) times the original area.

Step-by-step explanation:

To find the new area of the parallelogram, we need to calculate the new base and height. If the base is reduced to one-fourth its original length, then the new base is 1/4 times the original base. If the height is doubled, then the new height is 2 times the original height.

Let's say the original base is 'b' and the original height is 'h'. The new base is (1/4)b and the new height is (2h). The new area is given by:

New Area = (1/4)b * (2h) = (1/2)bh

Since the original area is 240, we have:

240 = bh

Substituting this into the new area formula, we get:

New Area = (1/2)(240) = 120

Therefore, the new area of the parallelogram is 120 units.

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