Ahh, I see. I believe you're right we do weigh less but by such a minuscule amount that you would probably NEVER know your own weight changed.
This is what my physics teacher has helped me to understand at least, I hope this cleared up anything if not, I wish you the best of luck in your search...
I believe I understood the question and my only possible answer would be that our center of gravity towards the Earth does not change, so unless you move further away from the Earth's center (core) (theoretically) you will not lose weight.
I'm not entirely sure about this, but my physics teacher told me if it's constant acceleration and only gravity is acting upon it, then you should fill 9.81 m/s as A.
So the mass needs to be in Kilograms (I think?) and then 9.81 so: F = 6.8 Kg * 9.81.
Hopefully I was correct and was able to...
Thank you for a quick and easy to understand answer; so the answer would be the following "The dots have the same angular velocity but the outside doth as a greater speed." if I read your comment right?
Thanks again!
"Play a record on a record player. Draw a dot at a point on the outside of the record. Then draw a dot on the inner part of the record near the center, at the same level as the other dot.
Now draw a line on the record player as sort of a 'finish line' for the dot to cross when the record spins...
Thank you for the quick response although not entirely explaining what I asked in the previous comment, I greatly (I seriously mean greatly) appreciate your answer.
Although I do not remember the name of such question I am asking I am able to describe it in a sense. My Physics teacher had tried explaining and I was unable to conceive it, but maybe someone else can put it in laymen terms I suppose?
I walk against the ground applying 100 N (random amount)...