Weight is not the same thing as the 'force of gravity'. You can still have weight yet not be in a gravitational field. There you go again, looking like an idiot.
You are wrong. This is something I learnt back in elementary school, are you really an engineer?
So you agree that I am right, but still said you were 'surprised I didn't know this'? Wow, that is pretty idiotic. It would seem to me that you didn't know they were the same thing, until you looked it up at some later point in time.
I didn't say you were wrong about your definitions of acceleration, idiot. I said I wanted a more pure definition. Still learning to read?
That's what #1 means.
Yes, I know, I already said that. I just wanted the pure form. Well, earlier you had a problem about objects accelerating and not accelerating, so I just wanted to make sure you had learnt it now.
Lol. I'm the only one that has been correct this entire time, but I'm the one that is not qualified to discuss 'gravity'? Amazing logic. If only you would stop playing these stupid games, I wouldn't be so harsh in my replies to you, making you look foolish.
No, you have been wrong on multiple occasions. That statement in itself is therefore another error you just made. For example, you claimed that the force of gravity is not the same as weight, when they clearly are.
Actually weight is a function mass, the comparison of two masses, mass one to that of second mass, mass two the pressure between the two is measured in pounds or grams. We use a scale to make this measurement, the scale is put between The two masses and the measurement is made.
We have a number of cases that give weight.
Case one: A man is standing on earth, with a scale placed between the man and the earth will give the weight of the man on the earth, the results of gravity.
A man is standing on the moon, the scale is place between man and the moon will give the weight of the man on the moon. the results of gravity.
Case two: A man standing in a spaceship accelerating at speed X the scale placed in the direction of movement the weight of the man is, a function of the acceleration of X.
Case three: A man sits on a scale in a centrifuge, the weight measured is a function of the speed of the centrifuge.
Case four: a man in a Space station in orbit around the earth still has his own mass, but as he is in freefall around the earth, he cannot be weighed, and is weightless, No place to put the scale.