₦airaland Forum

Danelo:
Even a blind man knows that it's the man.

GanagiBitrus:
#1
Then #3 then #2

Simple Moments of a Force in Physics.

To make it simple for the unschooled, the person the load is closest to.

pimplucious:
Wrong bro. Simple moment of force also called Torque cannot be applied here since there’s no application of force or turning effect of a force on the object. Correct answer is they all share the weight equally

saintbillion:
The sticks.
11 more characters needed

pimplucious:
Wrong bro. Simple moment of force also called Torque cannot be applied here since there’s no application of force or turning effect of a force on the object. Correct answer is they all share the weight equally

Great100000:
Who carries the heaviest burden.

GanagiBitrus:
#1
Then #3, then #2

Simple Moments of a Force in Physics.

To make it simple for the unschooled in Physics, the person the load is closest to.

GanagiBitrus:
#1
Then #3, then #2

Simple Moments of a Force in Physics.

To make it simple for the unschooled in Physics, the person the load is closest to.

Kalulu44:
You're wrong, number 2 is actually helping the both carry their loads. So it's no2 I'm my own opinion

femi4:
The fulcrum is closer to 1

The person labeled [1] carries the heaviest burden.

Here’s why:

The orange load hangs closer to person [1], meaning the fulcrum (rope point) is nearer to him.

In a setup like this, the person closest to the hanging weight bears more of the load because the torque (rotational force) is greater on that side.

GanagiBitrus:
#1
Then #3, then #2

Simple Moments of a Force in Physics.

To make it simple for the unschooled in Physics, the person the load is closest to, bears the most burden.
The more you extend the stick away from the load, the less burden you carry.

GanagiBitrus:
#1
Then #3, then #2

Simple Moments of a Force in Physics.

To make it simple for the unschooled in Physics, the person the load is closest to, bears the most burden.
The more you extend the stick away from the load, the less burden you carry.

obiekunie01:
no. 3.

1 and 2 shared the weight but 3 is alone.

GanagiBitrus:
No I'm not.
The distance from load point is what determines the load on each person. The more you extend the stick away from the load, the less of the load you carry.

This can accurately be calculated if the load(in kg) and the distances from the rope(in meters) are provided.

It's O'level Physics Moments of Forces.

obiekunie01:
no. 3.

1 and 2 shared the weight but 3 is alone.

mikeapollo:
No, the principles of moments would apply.
Consider the distance between point of application of force (load) and the fulcrum or hinge.
No 3 would carry the heaviest load as the weight is less cushioned.