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Based on data from Hurricane Katrina, the function defined by w(x) = -1. 19x +990 gives the wind speed w(a) (in mph) based on the barometric pressure a (in millibars, mb). Blank #1: Approximate the wind speed for a hurricane with barometric pressure of 700 mb. The wind speed for a hurricane with a barometric pressure of 700 is mph. Blank #2: Approximate the barometric pressure for a hurricane with wind speed 70 mph. Round to the nearest mb. The barometric pressure for a hurricane with wind speed 70 mph is approximately Blank # 11 Blank #2 mb.

Based on data from Hurricane Katrina, the function defined by w(x) = -1. 19x +990 gives the wind speed w(a) (in mph) based on the barometric pressure a (in millibars, mb). Blank #1: Approximate the wind speed for a hurricane with barometric pressure of 700 mb. The wind speed for a hurricane with a barometric pressure of 700 is mph. Blank #2: Approximate the barometric pressure for a hurricane with wind speed 70 mph. Round to the nearest mb. The barometric pressure for a hurricane with wind speed 70 mph is approximately Blank # 11 Blank #2 mb.

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Based on data from Hurricane Katrina, the function defined by w(x) = -1. 19x +990 gives the wind speed w(x) (in mph) based on the barometric pressure X (in millibars, mb). Blank #1: Approximate the wind speed for a hurricane with barometric pressure of 700 mb. The wind speed for a hurricane with a barometric pressure of 700 is mph. Blank #2: Approximate the barometric pressure for a hurricane with wind speed 70 mph. Round to the nearest mb. The barometric pressure for a hurricane with wind speed 70 mph is approximately Blank # 11 Blank # 2 mb. Question 6 ( Using the function from Question 5: Write a function representing the inverse of w and interpret its meaning in context. - - - -
Transcribed Image Text:Based on data from Hurricane Katrina, the function defined by w(x) = -1. 19x +990 gives the wind speed w(x) (in mph) based on the barometric pressure X (in millibars, mb). Blank #1: Approximate the wind speed for a hurricane with barometric pressure of 700 mb. The wind speed for a hurricane with a barometric pressure of 700 is mph. Blank #2: Approximate the barometric pressure for a hurricane with wind speed 70 mph. Round to the nearest mb. The barometric pressure for a hurricane with wind speed 70 mph is approximately Blank # 11 Blank # 2 mb. Question 6 ( Using the function from Question 5: Write a function representing the inverse of w and interpret its meaning in context. - - - -
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