Calculate feet per second
Feet Per Second to Miles Per Hour Conversion (ft/s to mph)
Formula to calculate feet per second for each MPH of speed. A vehicle will travel 1.467 (rounded up to 1.5) feet per second for each mph of speed. 40 mph x 1.5 = 60 feet per second . 60 mph x 1.5 = 90 feet per second . 80 mph x 1.5 = 120 feet per second. 14. Simplified . formula to calculate feet per second for each MPH of speed: ...
[DOCX File]Columbia Public Schools
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Next, have students calculate the average rate in feet per second by dividing the average time by the distance 100 feet. They then convert to miles per hour in order to see their rates in a recognizable form. Lastly, have the students calculate the length of their strides by dividing the average number of steps by the distance and recording ...
[DOC File]Name:
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Since we use feet per second in the flow measurement of ports the formula above the equation becomes: V = 1096.7/60 (18.278) * √¯H/d . V = 353 feet per second (fps) This should be the highest velocity measured in a port flow tested at 28” of water column. Mean Piston speed in linear ft/sec from stroke in inches & RPM (David Vizard)
[DOCX File]Irrigation Water Conveyance (ft) - USDA
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Since we are interested in velocity, it is imperative to know the area of the port. If the port area was expressed in square feet (ft2), then dividing the flow value in CFM by the area in ft2 (square feet) of the port, the result is FPM (feet per minute). Dividing FPM by 60 yields FPS (feet per second).
[DOC File]Natural Gas Pipeline Flow Calculations
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In this activity, you will calculate peak runoff using the rational method. Equipment. Calculator. Journal. Procedure. For small drainage areas, the peak runoff can be easily computed using the rational formula. The formula is: Q=CfCiA. Q = Peak runoff rate in cubic feet per second. i = Rainfall intensity in inches per hour (see map) A ...
[DOC File]Activity 2.3.11 Calculating Property Drainage Answer Key
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Oct 06, 2013 · A truck moving at 7.0 meters per second accelerates to a speed of 15.0 meters per second within a time of 1.5 seconds. Calculate the truck’s rate of acceleration. A driver moving with a speed of 15 meters per second sees a “Bridge Out” sign …
[DOC File]Cross Sectional Areas in Ports
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Where: SCFS is the flow rate in standard cubic feet per second. ACFS is the flow rate in actual cubic feet per second. Pave is the average absolute pressure of the gas. Pb is the absolute base pressure (standard pressure) expressed in . the same units as Pave. (Pb is typically 14.7 psia.) Tave is the average absolute temperature of the gas in oR.
[DOC File]South Georgia State College
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When operating at design capacity, the full-pipe flow velocity should not exceed 5 feet per second in pipelines with valves or some other flow control appurtenances placed within the pipeline or at the downstream end. As a safety factor against surge, the working pressure at any point should not exceed 72 percent of the pressure rating of the pipe.
[DOCX File]Loudoun County Public Schools / Overview
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A. 1 4 foot per secondB. 7 4 feet per second. C. 2 feet per secondD. 1 foot per second. 3. What is the rate of change of this graph? A. –10 meters per secondB. ... Which function rule could they use to calculate their profit, p, if they walk, d, dogs. A. p= 2.50-30 d B. p=30-2.50d .
[DOC File]Determining Port Velocity
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V0 = initial velocity of the car (feet per second). That is, the velocity of the car when the brakes were applied. The subscript, zero, is used customarily to represent time equaling zero. So, V0 is the velocity when t = 0. d = braking distance (feet) G = roadway grade (percent written in decimal form).
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