which preduces a greater tidal in your body, the moon or a i-kg melon held above your head?

Answer 1

The melon, because the moon is so much farther away and gravity decreases with the square of the distance.

Figure it out for yourself: the force of gravity is proportional to the product of two masses divide by the square of the distance between them, or F ~ M1 * M2 / R^2.

PS to braxton: Neither your height nor where you are in space or on the earth has any bearing on this problem. Mass is constant whether in a planetary gravitational field or not, and "distance between masses" means "distance between centers of mass" to be more precise.

Answer 2

you ought to understand the reality that a melon of 1Kg could impact you greater effective than the moon itself. WHY? moon is plenty plenty plenty heavier.....however the melon is close to you ..subsequently form F = coefficient (m1*m2)/r^2. i think of that's what someon is attempting to tell you and make you already know the gravitaional tension.

Answer 3

What's your height? What's your mass? Are you standing on Earth or floating in space? Can't accurately solve without that data.