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13 Nov 2019

Hi there, Iâm having trouble finding this integral. An example problem is shown on my math lab but all of the steps arenât shown so Iâm a bit confused. If you could show all the steps that would be great!

Find the following integral. 4 xV3x + 1 dx = (Use C as the arbitrary constant.)

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Nestor RutherfordLv2

11 Nov 2019

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Related questions

I need to use integrals to do this:

You are driving your truck when the fuel gauge stops working. Fortunately for you, you have a measuring stick that you can use to find the depth of the gasoline remaining in the tank. Your fuel tank is a cylinder, laying on its side, that has a diameter of 2 feet and a length of 4 feet. Find the markings on your measuring stick that will tell you when you have 3?4 of a tank, 1?2 of a tank, 1?4 of tank , and 1?8 of a tank of gas remaining. For example, it seems obvious that there is 1?2 a tank of gas remaining if you measure a depth of 1 foot of gas in the tank.

Your answers should in terms of feet (in whole numbers) and inches or appropriate fractions of an inch.

Rulers do not have 1.1 feet marked on them, but they have do have 1 ft, 1 3 inches (the closest 16

measurement to 1.1 feet, to the nearest 16th of an inch).

Please don't skip any steps, and explain where/how you got formulas. I have googled a bunch and my biggest problem is getting lost between steps or where formulas came from. I would not only like to be able to do this problem but understand it so I know how to apply it elsewhere. My second problem is understanding how to put information into an integral.

Page 3 of 5 which gives us y as a function of Theoretically. the integration on the right of t= 1/ - g + alpha f(V)dv can be performed and the result could provide velocity. v,. as a function of t; Then we could perform the integration in y=y0 + V/- g + alpha f(V)dv and substitute v(t) to obtain y as a function of t. Theoretically, that is. Let's look at in example An Example Suppose the air resistance model for a particular object in free fall has where units for v area feet/second Note how f is defined in terms of the sign of v. As usual. downward has been selected as the negative direction so velocities v of an object in free fall will have negative values Thus -v will be positive and the square root makes. sense Similarly if the object is moving upward, v> 0. the value of f(v)) is negative. The object is dropped from a height: of 500 feet with no initial velocity Using g = 32, the integral models from above becomes and where we have used the definition of f(v) for negative values of v since the object is in free fall With a little hard work or the use of a CAS, the first equation can be written as Page 4 of 5 and the second as Now if we could solve the first expression for v in terms of r and substitute the result for v in the expression for y, the result would be very unwieldy to work with. Actually it is impossible to solve the first expression to get a nice closed form for v. Thanks to technology. however, these expressions can still be used to study the object's motion Choose any value of v. say v=-1. Substituting -1 for v in the equations for t and y tells us that t = 0.032 and y = 499.984 so the point (0.032, 499.984) would lie on a graph of distance versus time Similarly, setting v = -50 provides the point (1 839, 452 462) By using a wide range of values for v. we can generate the complete graph of the distance function as a function of time Fortunately, most CAS provides the capability of plotting the points (t(v), y(v)) foe a range of values of v without having to compute each point separately Such a graph appears below. One final note. It is also possible that the integrals representing t and y cannot be integrated into a closed form No problem In this case, simply use the expressions t= 1/ - g + alpha f(V)dV y=y0+ V/ - g + alpha f(V)dV Page 5 of 5 and the numerical integrators provided by a CAS to determine values of t und y Exercises In all of the exercises you will need a CAS or related tool In the example above the graph indicates the object strikes the ground some time between 6 and 7 seconds from release Determine this time to three decimal places In the case where alpha = 1/2 ,f(v) = -v, v0 = 0, y0=100 determine closed form. expressions for v and y as function. Of t. An object is thrown upward at 40 ft/sec from a height of 100 feet The air resistance can be modeled by alpha =0.001 and f(v) = - |v| v Using the trajectory model determine the speed of the object when it strike the ground, determine the time the object strikes the ground after takeoff, construct the graph of the object's height versus time.

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