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V = 95 mph = 42 m/s, D = 2.82 in = 0.072 m Use metric units when calculating drag. Answer will be in Newtons, 1 lbf = 4.44 Newtons. 2. Problem XXXXXXXXXXlbf = 666 Newtons. Use metric units. Lift =...

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V = 95 mph = 42 m/s, D = 2.82 in = 0.072 m Use metric units when calculating drag. Answer will be in Newtons, 1 lbf = 4.44 Newtons. 2. Problem XXXXXXXXXXlbf = 666 Newtons. Use metric units. Lift = weight for skydiver to ‘float’. 3. Problem 9.70 Convert given values to metric units, mph to m/s, ft2 to m2 , ft to meters, etc. before calculating lift coefficients. 4. Problem 9.75 The increase in maximum tractive (downwards force) on the wheels = coefficient of friction x downwards (negative) lift force from spoiler. The airfoil shape used on the spoiler is never shown, but its lift coefficient is given. Convert given values to metric units, mph to m/s, ft2 to m2 , ft to meters, etc. before calculating lift coefficients. 5. Problem 8.29 For the 2nd part, assume the elevation change of the pipe is uphill from pipe entrance to exit, z2 > z1. 1 = entrance, 2 = exit. Convert give
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Problem 9.40 2. Problem XXXXXXXXXXlbf = 666 Newtons. Use metric units. Lift = weight for skydiver to ‘float’. 3. Problem 9.70 Convert given values to metric units, mph to m/s, ft2 to m2, ft to meters, etc. before calculating lift coefficients. 4. Problem 9.75 The increase in maximum tractive (downwards force) on the wheels = coefficient of friction x downwards (negative) lift force from spoiler. The airfoil shape used on the spoiler is never shown, but its lift coefficient is given. Convert given values to metric units, mph to m/s, ft2 to m2, ft to meters, etc. before calculating lift coefficients. 5. Problem 8.29

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Answered Same Day Dec 26, 2021

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Robert answered on Dec 26 2021
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