In the gas pipeline of Cactus, Tab. toReynosa, Tamps. The cost W(Ton/hr) isdetermined periodically during the day, theresults are presented in the following table.t(hrs)O1.281.14W(Ton/hr)1.3Calculate the amount of gas that is pumpedin 20 hours using Simpson's generalizedrule.121.4161.25201.2

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Answered: In the gas pipeline of Cactus, Tab. to…

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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Can balloons hold more air or more water before bursting? A student purchased a large bag of 12-inch balloons. He randomly selected 10 balloons from the bag and then randomly assigned half of them to be filled with air until bursting and the other half to be filled with water until bursting. He used devices to measure the amount of air and water was dispensed until the balloons burst. Here are the data
determine f ∗g. Q. f(t)=cost, g(t)=t.
6.9 In an electrophoretic fiber-making process, the diameter of the fiber, d, is related to the current flow, 1. The following are measured during production: I (NA) d (μm) 300 22 300 26 350 27 400 30 400 34 500 33 500 33.5 650 37 650 42 The relationship between the current and the diameter can be modeled with an equation of the form d = a + b.I. Use the data to determine the constants a and b that best fit the data.
Water is flowing into a tub for washing clothes. The table shows the rate at which the water flows, in gallons per minute. The tub initially had five gallons of water in it before the faucet was turned on. t, in minutes 0 0.5 1 1.5 2 2.5 3 3.5 Flow rate, in 0.5 1 1.2 1.4 1.7 2 gal/min 2.1 3 Use the information in this problem to determine the amount of water in the tub after the first 3 minutes have passed. a) Calculate the amount of water in the tub using left approximating rectangles. b) Calculate the amount of water in the tub using right approximating rectangles. c) Use the two answers above to determine the most accurate answer you can.
Calibri Light BIUDv Av o As V 20 1. When pedaling on a stationary exercise bicycle, the number of calories you burn depends on the number of minutes you pedal. Find the first differences in time and in calories burned. Then use those first differences to calculate the rate of calories burned per minute. Time in 15 30 45 60 Minutes Calories 105 210 315 420 Burned The rate is calories per minute. 2. For each of the following situations, calculate the rate of change shown in the table. a. The table shows the number of 8-ounce packages of fish-shaped cheese crackers produced at a cracker factory for different numbers of hours of production. Hours of Number of production packages produced 2 1040 2600 4680 9. 12 6240 pps b. The table shows howmany gallons of saltwater were in the jellyfish tank of the Benton Aquarium at different times as the tank was being emptied for Help Type here to search
Below are the discharge values at a watershed outlet. If direct runoff starts at time = 3 hr and the straight line method is used to separate base flow, then the volume of direct runoff during the first 6 hours in cubic meters is: Time (hr) Discharge (m/s) 0. 7 4. 9. 11 6. 17 12 25 15 32 18 30 21 24 24 17 27 11 30 7. 33 4. 36 2. Select one: O a 37800 Ob. 97200 Oc.59400 O d. zero O e None of the above
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The k-value for a gas is 1.2. What is the volume of the gas in terms of the pressure it exerts? OV = 1.2 P OV= 1.2 – P OV = oV=

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