in-example-6-find-the-average-velocity-of-the-object-with-respect-to-time-between-300-s-and-600-s

Name: in example 6 find the average velocity of the object with respect to time between 300 s and 600 s
Uploaded: 2021-11-26
Duration: 1 min 29 s
Channel: Numerade
Description: In Example $6,$ find the average velocity of the object with respect to time between 3.00 s and 6.00 s.

Question

In Example $6,$ find the average velocity of the object with respect to time between 3.00 s and 6.00 s.

Lucas Finney · Accepted Answer

for this problem we are asked to find the average velocity of the object of a falling object with respect to time between three seconds and six seconds. So in this case we have that V average where vehicles 32 T the average will be equal to the integrate from or excuse me. The integral from. Let&#x27;s see from three up to six of 32 T D. T. Over six minus three. So that will then be 1/3 times 32 t squared over two evaluated from 3 to 6. If we then evaluate this we&#x27;ll have actually, let me fix this up here. We have 32/6 times 36 over or a knot over to just 36 -9 Which would then be 32/6 times 27. Yes. So we&#x27;ll find that the average velocity will be 144 I believe. In this case the units are in terms of feet. Let me double check here. Yes. The average velocity would be 144 ft/s.

Gregory Higby · Answer

All right, So we&#x27;re looking at the velocity function T squared plus three t from 0 to 6. So the average velocity, it&#x27;s going to be just the same formula as the average value. And, uh so from 0 to 6 that&#x27;s gonna reduce the 16 So are in a rule is gonna be t cubed at add one to your exponents and then divide by it. So three has because we had to add one to our exponents and divide by it and thats from 0 to 6. So as we again, they choose zero for a reason. Cause plugging in zero here you&#x27;re going to get a bunch of zeros are looking at 16 times 1/3 time six cubed plus three has time six squared again If you&#x27;ve been following a long I have short cuts in here because when you distribute this 16 in here, it boils down to 1/3 time. Six. Squared because you can cancel on those sixes and same thing with this 13 have times six. We can cancel out one of them when you distribute in. So six words 36 36. Divided by three 12 six centuries. 18 divided by two is nine and the average velocity on this intervals 21

Rakesh Kumar Sharma · Answer

the most object. Okay? And whose position is your I? D. Is goes Who&#x27;s as 1 36 Expedia clean. The position has one for physics. We are because we&#x27;re the media to the formula for the averages defensive position by this difference in a defensive position will be as off three minus s off. Who you are. Very likely who was a dream. My history. Final position. Finding time. I listened. What I saw to use the other 1 56 What is 1 36? The little one and that is looming over. Ready. Okay. A little rusty for this object from energy zeros due to be with you for years.

Linh Vu · Answer

so we&#x27;re not judging. Find that. Need to go. Prom 1 to 5. King, about two minutes. Six square goes to G bell. Do you want I know To table three from 1 to 5. Citizen, would you go to Fine now? Oh, you know two thanks. Fire power minus You can&#x27;t to defy distance, Country five. So you can go. You could just 25. What has to be? Hey, it&#x27;s one of us. That&#x27;s two. So we should get you six. Did you call? Yes, Two. So could you. 64 1 56 2 Yes, you magic medicine that you So we should get average. Can&#x27;t you just planted you? You might be if I miss one. Yeah, let me let me undermines.

Hariprasad Annamalai · Answer

everyone. What we have is emotion of a particle that&#x27;s defined s A T which is equal to t squared, minus 60 plus five or as a self forest, the average velocity, the average breed and acceleration of equal six seconds. So what we can do is go ahead and take the derivative of this function to get the expression for velocity. So velocity is simply de s DT, which gives us to t minus and acceleration, which is DVD T, which gives us acceleration equal to two. So what we can do is we can go ahead and plug in different times to software average velocity. So we called that average velocity is gonna be equal to Delta s all over Delta T. However, these reflectors so at T equal to zero we&#x27;re at s equals five and AT T equal to six, which is also equal to so therefore, Delta s is zero. Therefore, our average velocity there is also equal to 0 m per second. Next, what we could do a software average speed, average speed. It&#x27;s just gonna be which can call that the average without a vector to make that speed. And that&#x27;s just gonna be the distance traveled over Delta T, and we&#x27;ll see the different the distance total traveled. It is 18 so it&#x27;s 18 m divided by six seconds. So that gives us a total speed average equal to 3 m per second and has given by a czar equation for acceleration. Acceleration, which is equal to DVD ET, is just equal to 2 m per second squared over the entire time domain.

George Stanisic · Answer

Oh, this problem asks us to find the average velocity. I&#x27;m an object moving the time t a long line. It gives us two positions and gives us the timing comes three in the position of time. He was to just find the average velocity. All we have to do is take the position that I&#x27;m in close to be tracked the position of the time he goes to. So we have that change in our position up there, which is 1 56 months 1 36 And the change in time is three minutes to you, which is one so I answer is just

Problem

The spring of a spring balance is 8.0 in. long wh…

Problem 2 Easy Difficulty

In Example $6,$ find the average velocity of the object with respect to time between 3.00 s and 6.00 s.

Answer

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