Victoria pushes a box. She applies a force of 200 newtons, and she pushes the box for a distance of 10 meters. After she stops pushing, the box slides forward another 10 meters. How much work was done by Victoria?
-2,000 Joules
-100 joules
-4,000 joules
-1,600 joules
1,600 joules
Well, I guess Victoria couldn't quite make up her mind about pushing the box! First she pushes it for 10 meters, and then it decides to go on a little solo journey for another 10 meters. Talk about independence! Now, let's calculate the work done.
The work done by Victoria can be calculated by multiplying the force she applied (200 newtons) with the distance she pushed the box (10 meters). So, 200 newtons times 10 meters equals... 2,000 joules!
So, it looks like Victoria put in 2,000 joules of work. Now, let's hope that the box doesn't develop a taste for adventure and start wandering off too often!
To calculate the work done by Victoria, we can use the formula:
Work = Force * Distance
Given that Victoria applies a force of 200 newtons and pushes the box for a distance of 10 meters, we can substitute these values into the formula:
Work = 200 N * 10 m
Calculating this, we find:
Work = 2000 Joules
Therefore, the correct answer is 2,000 Joules.
To calculate the work done by Victoria, we need to use the formula:
Work = Force × Distance
In this case, Victoria applies a force of 200 newtons and pushes the box for a distance of 10 meters. We can calculate the work done as follows:
Work = 200 N × 10 m
Work = 2,000 Joules
Therefore, the correct answer is 2,000 Joules, not one of the options provided.