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[DOC File]CHE 30101 (Spring 2000)
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9) If C1 = - 3 cm/s, the force F needed to pull the wire is 452 dyne. IV. The force components Rx and Ry of the air acting on the deflecting blade are desired. The vane is fixed and the air velocity is 30 ft/s. Air density is 0.078 lb/ft3. 10) Rx = 0.08875 lbf. 11) Ry = 0.02378 lbf. If the vane moves to the left at 10 ft/s, 12) Rx = 0.1578 lbf
m s to ft min

[DOC File]California State University, Northridge
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Since the diameter at point 2 is the same as the inlet diameter where V = 15 m/s, the continuity equation tells us that V2 = 15 ft/s as well. Thus we can find the value of V1 from the diameter-squared ratio., The measurement tube at point 2 is measuring the static pressure. With the usual use of gage pressures so that the pressure at the top of ...
meter second to feet second

[DOC File]EGR 280 – Mechanics Problem Set 1
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Ans: vC = 50 m/s. 14.5. Determine the velocity of the slider block at C at the instant θ = 45°, if link AB is rotating at 4 rad/s. Ans: vC = 1.70 m/s. 14.6. At a given instant the top B of the ladder has an acceleration aB = 2 ft/s2 and a velocity of 4 ft/s, both acting downward.
feet to second

[DOC File]EGR 280 – Mechanics Problem Set 1
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Ans: vmax = 24.4 m/s. 11.8. Using the data in Problem 11.7, determine the minimum constant speed at which the car can travel around the track without sliding down the slope. Ans: vmin = 12.2 m/s. 11.9. At the instant θ = 60°, the boy’s center of mass G has a downward speed vG = 15 ft/s.
velocity conversion m s

[DOC File]Half of an Atwood's Machine
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Newton's second law says that the net external force, Fnet, on a body is equal to the product of the body’s mass, M, times its acceleration, a: (1) In this activity you will verify Newton’s 2nd law by studying the motion of a "half-Atwood's machine (if both masses were hanging down from the pulley, this would be an Atwood’s machine):"
de m a ft

[DOC File]City College of San Francisco - CCSF Home | CCSF
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Knowing that x = 0 and v = 81 m/s at t = 0 and that v = 36 m/s when x = 18 m, determine . a) the velocity of the particle when x = 20 m, b) the time required for the particle to come to rest. 4. A particle is projected to the right from the position x = 0 with an initial velocity of 9 m/s.
meters second to feet minute

Dimensional Analysis Worksheet #2
20. 25 m/s to miles/hr =56 miles/hr. Convert 2.05 x 105 seconds into years. 6.50 x 10-3 years. Traveling at 65 miles/hour, how many minutes will it take to drive 125 miles to San Diego? 115 min. Convert 50 years into seconds. Express your answer in scientific notation. 1.58 x 109 s. Traveling at 65 miles/hour, how many feet can you travel in 22 ...
feet per second

[DOC File]Chapter 2
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vy = voy + at = 0 + (-32 ft/s)(4 s); vy = -128 ft/s; vx = 733 m/s *6-51. A putting green is located 240 ft horizontally and 64 ft vertically from the tee. What must be the magnitude and direction of the initial velocity if a ball is to strike the green at this location after a time of 4 s? x = voxt; 240 ft = vox (4 s); vox = 60 m/s. s = vot ...
ft sec to meters sec

[DOC File]Chapter 2
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= 1.33 m . v = 116 ft/s; ; f = 87.1 Hz. 22-38. How many beats per second are heard when two tuning forks of 256 Hz and 259 Hz are sounded together? f’- f = 259 Hz – 256 Hz = 3 beats/s *22-39. What is the length of a closed pipe if the frequency of its second overtone is …
m s to ft min

M s to ft s