[Yahya A.Sharif (OP)]

My new discovery will appear in public soon.

[Kryptid]

What discovery are you talking about?

[Yahya A.Sharif (OP)]

What discovery are you talking about?

The discovery of the human body very light mass. The human body easy walking dancing, running,jumping, etc.

[Kryptid]

The discovery of the human body very light mass. The human body comfortable walking dancing, running,jumping, etc.

We've already been through this. There is nothing unusual about the human body's mass when compared with other objects of the same mass.

[Origin]

The discovery of the human body very light mass.

As Kryptid said we have seen this all before.  You don't have a discovery, you have a misunderstanding.  There is no need to go through pages of posts telling you that you are mistaken and having you deny it.

[Yahya A.Sharif (OP)]

The discovery of the human body very light mass. The human body comfortable walking dancing, running,jumping, etc.

We've already been through this. There is nothing unusual about the human body's mass when compared with other objects of the same mass.

Great scientists, physicists, inventors didn't discover this phenomenon. If the great can't notice the ordinary can't understand. Because no one can even think of it. The idea is crazy try to think of this: my body is 60 kg and when I lift it I must exert the same force I exert to lift a heavy rock of 60 kg but I move or lift lighter body of say 20 kg even though it should be heavy like the rock.
I think like this can be thought of : people are familiar with lifting or moving heavy loads do you think you really jump, dance , walk, run, walk upside down,etc doing these with a load of your body 70 kg?

[Kryptid]

Great scientists, physicist, inventors didn't discover this phenomenon.

Because it doesn't exist.

The idea is crazy try to think of this: my body is 60 kg and when I lift it I must exert the same force I exert to lift a heavy rock of 60 kg but I move or lift lighter body of say 20 kg even though it should be heavy like the rock.
I think like this can be thought of : people are familiar with lifting or moving heavy loads do you think you really jump, dance , walk, run, walk upside down,etc doing these with a load of your body 70 kg?

This is the exact same argument that you made before and it's just as misguided as it was before. Go find the old thread and read the replies that you were given before.

[Origin]

do you think you really jump, dance , walk, run, walk upside down,etc doing these with a load of your body 70 kg?

Of course.  You should really just stop.

[Yahya A.Sharif (OP)]

This is an experiment that prove my discovery:
A person stands on a scale. The scale reads his mass 60 kg. Now this person moves up his body short distance like someone tries to pick a fruit from a tree. The scale will start to increase by small forces x kg in which the total read of the scale is 60+x kg. The force he exerts on the scale is x kg The force the scale pushes him up is also x kg two forces in opposite directions..The force that lifts the person is x kg which is small " you can try this" the person needed only x kg to lift his body which is less than his weight this because the human lifts his own body.
You can try this by yourself

[Bored chemist]

I have an experiment that prove my discovery:

What is that experiment?

[Yahya A.Sharif (OP)]

I have an experiment that prove my discovery:

What is that experiment?

This experiment shows that a human can lift his body of 60 kg with very smaller force than 60 kg which is the x kg force even though in order to lift a mass of 60 kg the force must be equal to this 60 kg.This prove the discovery I said before

[Origin]

This experiment shows that a human can lift his body of 60 kg with far smaller force than 60 kg which is the x kg force even though in order to lift a mass of 60 kg the force must be equal to this 60 kg.This prove the discovery I said before

It has been explained to you multiple times why your 'analysis' is wrong, but you refuse to learn for some reason.

Do you think a scale should read 120 kg when you stand on your toes?

[Yahya A.Sharif (OP)]

This experiment shows that a human can lift his body of 60 kg with far smaller force than 60 kg which is the x kg force even though in order to lift a mass of 60 kg the force must be equal to this 60 kg.This prove the discovery I said before

It has been explained to you multiple times why your 'analysis' is wrong, but you refuse to learn for some reason.

Do you think a scale should read 120 kg when you stand on your toes?

It should but it doesn't doubling the weight means extra 60 kg, which is needed to lift the person 60 kg But this doesn't happen it is only x kg that lift the person.

[Origin]

It should but it doesn't doubling the weight means extra 60 kg

Absolutely 100% wrong.  If you jumped up off the scale so that you were just airborne the scale would register about 120 kg as you jumped.

[Yahya A.Sharif (OP)]

It should but it doesn't doubling the weight means extra 60 kg

Absolutely 100% wrong.  If you jumped up off the scale so that you were just airborne the scale would register about 120 kg as you jumped.

In such case  you add force to the scale more than needed to lift the body I am talking about exact force "must be 60 kg but it is x kg "  that will lift the person not unlimited force that will make him fly.

[Origin]

In such case  you add force to the scale more than needed to lift the body I am talking about exact force "must be 60 kg but it is x kg "  that will lift the person not unlimited force that will make him fly.

This is hopeless.  You would rather pretend you've discovered something new than engage your brain for a few moments to see the truth.

If you have a little motor and lever supporting 60 kg on a scale and then turned on the motor to lift the 60 kg a few inches, the scale still wouldn't read 120 kg.

[Bored chemist]

This experiment shows that a human can lift his body of 60 kg with far smaller force than 60 kg

No, it does not.

[Kryptid]

The force that lifts the person is x kg which is small " you can try this" the person needed only x kg to lift his body which is less than his weight this because the human lifts his own body.

That's not how that works. If the upward force on a 60 kilogram object is equal to 60 kilograms, then the object will not move because the forces are equal in magnitude and opposite in direction. Therefore, a force greater than 60 kilograms is necessary to lift such an object against gravity. So the force provided by your feet when you stand on your tip toes would be 60 + x, not just x.

[Yahya A.Sharif (OP)]

So the force provided by your feet when you stand on your tip toes would be 60 + x, not just x.

When moving up you press the scale by a force increasing the scale by 60+x. So we have two forces one is 60+x kg the scale reads downward the other force is the force upward before lifting or the weight 60 kg.The net force of the two is (60+x)-60 kg or x kg which moves the body upwards.

[Kryptid]

The net force of the two is (60+x)-60 kg or x kg which moves the body upwards.

Yes, that is the net force upwards, but not the total force upwards.