Ahorse of weight w presses down on the ground with a magnitude f and becomes airborne as a result. the magnitude of the force the ground exerted on the horse must have been equal to w and less than f equal to w and equal to f more than w and equal to f more than w and more than f if anybody can let me know this answer asap, it would be appreciated.

Third option

More than w and equal to F

Explanation:

If the horse presses the floor with a force F, then it follows that by Newton's third law, the floor makes a force -F on the horse.

Then if this force F is greater than the weight w of the horse, then the horse accelerates upwards and rises from the ground.

We know that after pressing the floor with a force F, the horse gets up off the floor. Then it is true that:

The force exerted by the floor on the horse is equal to F and greater than w

The answer is the third option more than w and equal to F

the body's situation won't change the forces are equal opposit and on the same body

the ima (higher than 1m) will be greater than the ima with the height of 1m.