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- Physics Energy Test Flashcards - Quizlet
A 60 0 kg object is moving east at 8 00 m s, and then slows down to 4 00 m s How much work was done? -1,440 J Study with Quizlet and memorize flashcards containing terms like If a 4 5 kg object is dropped from a height of 6 0 m, what will be its velocity when it is halfway toward the ground?
- A 60. 0 kg object is moving east at 8. 00 m s, and then slows down to 4. . . .
The work done on the object is calculated using the change in kinetic energy, resulting in -1440 J This negative value indicates that the object lost energy as it slowed down Thus, the answer is A -1,440 J
- Solved a 60. 0 kg object is moving east at 8. 00 m s and then - Chegg
Here’s the best way to solve it Solution Lets consider the first scenario ; that an object weighing 60 kg is moving east at 8 m s and then slows down to 4 m s
- Solved: A 60. 0 kg object is moving east at 8. 00 m s, and then slows . . .
Click here 👆 to get an answer to your question ️ A 60 0 kg object is moving east at 8 00 m s, and then slows down to 4 00 m s How much work was done? −1,440
- Physics Cumulative Exam Review Flashcards - Quizlet
The table shows the mechanical energy and velocity of a rock that was thrown four times The rock has a mass of 2 4 kg During which trial was the rock the highest above the ground?
- [FREE] A 60. 0 kg object is moving east at 8. 00 \, \text{m s} and then . . .
The negative sign indicates that the work done on the object is negative, which means the object lost kinetic energy as it slowed down Final Answer Therefore, the work done on the object is − 1440 J
- A 60. 0 kg object is moving east at 8. 00 m s, and then slows down to 4. . . .
An object placed in front of a convex lens of focal length 20 cm forms a real image which is twice the size of object When the entire arrangement is … placed inside water (µ = 4 3), the image is still twice as large but virtual
- Solved A 60. 0kg object is moving east at 8. 00 (m) (s), and - Chegg
To calculate the work done, first use the kinematic equation to find the acceleration where is the final velocity, is the initial velocity, and is the displacement Lets consider the first scenario ; that an object weighing 60 kg is moving east at 8 m s and then slows down to 4 m s
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