A force does +190 j of work when it acts on a moving object and its direction is in the same direction as the object's displacement. how much work does this force do when the angle between it and the object's displacement is 56°? (assume the displacement is the same.)

Question

Ashleyyy5413 Ashleyyy5413

12-10-2017
Physics

contestada

A force does +190 j of work when it acts on a moving object and its direction is in the same direction as the object's displacement. how much work does this force do when the angle between it and the object's displacement is 56°? (assume the displacement is the same.)

Respuesta :

Otras preguntas

When everyone talks at once, this describes their comments.

is this righttt? below

Find the discount for a stereo that is on sale for 12% off. The original price is $200.00.

please help me Select the correct answer. Who founded the specialized field of anatomy? A. Herophilus B. Aristotle C. Claudius Galen D. William Harvey

Choose the expression that correctly compares 0.501 and 0.051

kinetic energy increases as velocity ___

1. Los aztecas fundan (founded) su capital, Tenochtitlán, en (1325)

Do you believe the media should be allowed to report on the actions of the U.S. military during times of war? Explain.

A science student observes three lines in an emission spectrum, one red, one yellow, and one blue. Which one was caused by an electron jumping the shortest dist

How do I find slope for this equation please helpppp

Kalahira Kalahira · Answer 1 · 2017-10-21T15:24:22+02:00

To find the amount of work done by a force acting on a moving object, we can use this simple equation: W = F * d * cos(theta) W is Work F is the force d is the distance the object moves theta is the angle between the force vector and the direction of motion We know that (F * d) is 190 joules. We can find the work done when the angle is 56°. W = F * d * cos(theta) W = (190 J) * cos(56°) W = 106 J At an angle of 56°, the work done by the force is 106 joules.