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Find the value of x such that the trapezoid has an area of 52

Find the value of x such that the trapezoid has an area of 52-example-1
User Tom Lime
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Consider the following trapezoid

The formula to find the area of this trapezoid is given by the formula


A=(h(b+B))/(2)

In this case, we have h=8, b=x and B=10. So the formula for our trapezoid is given by


A=(8\cdot(x+10))/(2)=4\cdot(x+10)

We are told that the area should be 52, so we end up with the following equation


4\cdot(x+10)=52

now, we should solve this equation for x. To do so, we start by dividing by 4 on both sides. So we get


x+10=(52)/(4)=(26\cdot2)/(2\cdot2)=(26)/(2)=13

Now, we subtract 10 on both sides, so we get


x=13-10=3

Find the value of x such that the trapezoid has an area of 52-example-1
User Luca Bartoletti
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