Asked by Anonymous
Arrange the following from the most work to the least. For each instance, calculate the total amount of work done. Show all calculations, including units of measure.
1. pushing a box of math books weighing 600 newtons a distance of 20 meters
12000J
2. pulling a television weighing 400 newtons down a hallway of 35 meters
14000J
3. pushing a stalled truck weighing 7,500 newtons a distance of 0.4 meters
3000J
4. carrying several textbooks weighing 130 newtons, over the course of a semester, for 5,000 meters
650000J
is it... 4,2,1,3?
1. pushing a box of math books weighing 600 newtons a distance of 20 meters
12000J
2. pulling a television weighing 400 newtons down a hallway of 35 meters
14000J
3. pushing a stalled truck weighing 7,500 newtons a distance of 0.4 meters
3000J
4. carrying several textbooks weighing 130 newtons, over the course of a semester, for 5,000 meters
650000J
is it... 4,2,1,3?
Answers
Answered by
Writeacher
You'd get help faster if you put the subject area in the correct box. Tutors are unlikely to know what "ipc" stands for.
Please type your <u>subject</u> in the <b>School Subject</b> box. Any other words are likely to delay responses from a teacher who knows that subject well.
Please type your <u>subject</u> in the <b>School Subject</b> box. Any other words are likely to delay responses from a teacher who knows that subject well.
Answered by
Anonymous
my subject is IPC? sooo i mean i can put like science? but that still doesnt answer my question hahaa.
Answered by
bobpursley
1. wrong. work is distance in the direction of the force.
2, 3,4,5 ibid.
2, 3,4,5 ibid.
Answered by
please help(:
thanks:)
Answered by
Writeacher
Your subject is PHYSICS.
Answered by
please help(:
haha its actually integrated physics and chemistry:) i'll stick to science thank youuu:)
Answered by
Anonymous
You see an object accelerate towards the left. Which of the following statements is correct?
A. There is a net force on the object upwards.
B. There is a net force on the object to the left.
C. There is a net force on the object to the right.
D. There is a net force on the object downwards.
A. There is a net force on the object upwards.
B. There is a net force on the object to the left.
C. There is a net force on the object to the right.
D. There is a net force on the object downwards.
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