A factory releases used coolant water into a reservoir at a continuous rate. To estimate the amount of water being released, an environmental agency checks the rate at which the water is being released every two hours over a 12 hour period. The readings are given in the table below. Use this data to estimate the amount of water released into the reservoir over the 12 hour period using the midpoint method and three equal subintervals. Time in hours 8 10 12 Rate of water flow 30 41 28 37 19 50 46 (gallons/minute) 2.

A factory releases used coolant water into a reservoir at a continuous rate. To estimate the amount of water being released, an environmental agency checks the rate at which the water is being released every two hours over a 12 hour period. The readings are given in the table below. Use this data to estimate the amount of water released into the reservoir over the 12 hour period using the midpoint method and three equal subintervals. Time in hours 8 10 12 Rate of water flow 30 41 28 37 19 50 46 (gallons/minute) 2.

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Description: A factory releases used coolant water into a reservoir at a continuous rate. To estimate the amount ofwater being released, an environmental agency checks the rate at which the water is being releasedevery two hours over a 12 hour period. The readin

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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Tire pressure monitoring systems (TPMS) warns the driver when the tire pressure of the vehicle is 28% below the target pressure. Suppose the target tire pressure of a certain car is 30 psi (a) at what psi will the TPMS trigger a warning for this car?
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