Linear feet per minute calculator
[DOCX File]The S A T® - SAT Suite of Assessments
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It’s given that the helicopter’s initial height is 40 feet above the ground and that when the helicopter’s altitude begins to increase, it increases at a rate of 21 feet per second. Therefore, the altitude gain
[DOC File]Determining Port Velocity - EFI Dyno Tuning LC
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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)
[DOC File]Writing linear equations from word problems
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1. An airplane 30,000 feet above the ground begins descending at the rate of 2000 feet per minute. Assume the plane continues at the same rate of descent. The plane’s height and minutes above the ground are related to each other. Identify the variables in this situation: x= _____ y= _____
[DOC File]Math 100 – Workshop – Linear Functions: Modeling and ...
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a) Find the linear equation that relates the temperature T and the number of chirps per minute N. b) What is the slope? Interpret in context. c) What is the y-intercept? Interpret in context. c) If the crickets are chirping at 150 chirps per minute, estimate the temperature. d) How many chirps per minute at 90°F? e) Sketch a graph and label.
[DOC File]AP Calculus Free-Response Questions
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223. Traffic flow is defined as the rate at which cars pass through an intersection, measured in cars per minute. The traffic flow at a particular intersection is modeled by the function F defined by. F(t) = 82 + 4sin for 0 ≤ t ≤ 30 where F(t) is measured in cars per minute and t is measured in minutes. a.
[DOC File]Chapter 2: Linear Functions
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The pressure, P, in pounds per square inch (PSI) on a diver depends upon their depth below the water surface, d, in feet, following the equation . Interpret the components of this function. The rate of change, or slope, 0.434 would have units . This tells us the pressure on the diver increases by 0.434 PSI for each foot their depth increases.
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