Designing a gondola The designer of a 30-ft-diameter spherical hot air balloon wants to

Chapter 3, Problem 8AAE

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QUESTION:

Problem 8AAE

Designing a gondola The designer of a 30-ft-diameter spherical hot air balloon wants to suspend the gondola 8 ft below the bottom of the balloon with cables tangent to the surface of the balloon, as shown. Two of the cables are shown running from the top edges of the gondola to their points of tangency, (–12,9 ) and (12, –9) How wide should the gondola be?

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QUESTION:

Problem 8AAE

Designing a gondola The designer of a 30-ft-diameter spherical hot air balloon wants to suspend the gondola 8 ft below the bottom of the balloon with cables tangent to the surface of the balloon, as shown. Two of the cables are shown running from the top edges of the gondola to their points of tangency, (–12,9 ) and (12, –9) How wide should the gondola be?

ANSWER:

Solution

Step 1 of 1

Here It is given that  

Differentiating with respect to x , we get

Now the slope of tangent at

Hence the equation of the tangent is

By cross multiplication , we get

As the height is 15 +8 = 23 ft

Substituting , we get

=>

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