Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is ?h= 42.525 used when it should be 32.025. Explain and solve the task manually, not with programming.

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(3) The relative density $?$ of air was measured at various altitudes $h$ . The results were Use a quadratic least-squares fit or a spline to determine the relative air density at $h = 10.5 km$ .

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Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is ?h= 42.525 used when it should be 32.025. Explain and solve the task manually, not with programming.

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?

(3) The relative density

?

of air was measured at various altitudes

h

. The results were Use a quadratic least-squares fit or a spline to determine the relative air density at

h = 10.5 km

.

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Expert Answer to - Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is h= 42.525

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Solution for - Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is h= 42.525

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This an additional answer to - Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is h= 42.525

(Solved): Further answer find, h(10.5)= 0.3782. But don't understand how this is correct, why is h= 42.525 ...

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