Question: Based on data from Hurricane Katrina, the function defined by w (x) = -1.11x+1100 gives the wind speed w(x)(in mph) based on the barometric pressure

 Based on data from Hurricane Katrina, the function defined by w(x) = -1.11x+1100 gives the wind speed w(x)(in mph) based on the
barometric pressure x [in millibars, mb). (a) Approximate the wind speed fora hurricane with a barometric pressure of 700 mb. (b) Write a

Based on data from Hurricane Katrina, the function defined by w (x) = -1.11x+1100 gives the wind speed w(x)(in mph) based on the barometric pressure x [in millibars, mb). (a) Approximate the wind speed for a hurricane with a barometric pressure of 700 mb. (b) Write a function representing the inverse of w and interpret its meaning in context. (c) Apprommate the barometric pressure for a hurricane with wind speed T0 mph. Round to the nearest mb. Part: 0 I 3 Part 1 of3 (a) Approximate the wind speed for a hurricane with a barometric pressure of 700 mb. The wind speed for a hurricane with a barometric pressure of 700 is I I mph. Penelope needs to borrow $8000. She can borrow the money at 5.5% simple interest for 4 yr or she can borrow at 3% with interest compounded continuously for 4 yr. (a) How much total interest would Penelope pay at 5.5% simple interest? (b) How much total interest would Penelope pay at 3% interest compounded continuously? (c) which option results in less total interest? Part: 0 l 3 Part 1 of 3 (a) How much total interest would Penelope pay at 5.5% simple interest? At 5.5% simple interest, the total interest Penelope would pay is $|

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