The figure shows a pulley system used to lift a load of 9600N lusing on effort 2400 N through distance of 20m.calculate the distance moved by the effort
Nothing
work effort= work done
2400*distancepulled=9800*20
To calculate the distance moved by the effort in a pulley system, we can use the formula:
Distance moved by the effort = (Load/effort) * Distance moved by the load
In this case, the load is 9600 N, the effort is 2400 N, and the distance moved by the load is 20 m.
Plugging these values into the formula, we get:
Distance moved by the effort = (9600 N / 2400 N) * 20 m
= 4 * 20 m
= 80 m
Therefore, the distance moved by the effort in the pulley system is 80 meters.
To calculate the distance moved by the effort in a pulley system, we can use the formula:
Distance moved by the effort = (Load * Distance moved by the load) / Effort
In this case, we have the following values:
Load = 9600N
Effort = 2400N
Distance moved by the load = 20m
Substituting these values into the formula, we get:
Distance moved by the effort = (9600N * 20m) / 2400N
Now, we can simplify and calculate:
Distance moved by the effort = 192,000 Nm / 2400N
By canceling out the units, we get:
Distance moved by the effort = 80m
Therefore, the distance moved by the effort in this pulley system is 80 meters.