Debunking teh Space Universe

We will start off with a simple question.

On Eart, in Eart gravitah, how much force does it take to accelerate an object with 1 kg mass, upward, from rest to movement? And please show how you arrived at your answer. Thank you.

edit: We ignore the Eart atmosphere in this scenario.

a reply to: MkayUltra

What's "Eart" and "gravitah"?

Turn on your spellcheck son, just a thought.

Any relevant thought tho? Nah.

a reply to: MkayUltra

Pretty relevant if you wish to be understood.

How about force is equal to mass x acceleration, which is "Newton's Second Law" or thereabouts.

a reply to: andy06shake

You clearly understood what was said, you may have misunderstood intent....tho.

Yes, so the answer.

a reply to: MkayUltra
Not sure if you intentionally ask it that way because you are one of those science an math trolls or if you are just not aware that weight is not the same as mass.

I am opting for math / science troll.

a reply to: TDDAgain

So instead of actually responding with an answer to the simple question you chose to make up random stuff? Why?

a reply to: MkayUltra

The question you presented is nonsense. Weight != mass.

That's actually science and not made up. Formulate a question that makes sense and then maybe be snarky.

a reply to: TDDAgain

Nonsense? The object has a mass of 1 kg. How much force is needed to accelerate from rest to movement? What part do you not understand. You are rambling about weight. Not me.

The "made up" was refering to your accusations about my person. I can already tell that everything I say will go over your head.

9.8 Newtons
The acceleration of gravity is 9.8 m/sec^2 so the effective force on a 1 kg object due to gravity is 9.8 Newtons.

a reply to: andy06shake

What's "Eart" and "gravitah"?

I think Eric Cartman has joined.

a reply to: MkayUltra
Too bad that Kilogramm is the unit for weight and not mass. So me "rambling" about weight is actually me telling you that your question is nonsense. You demand an answer with proof of derivation. I've seen ton of such questions on math boards, where I roam too. It's always the same method and pattern.

Here, I found a very down to Earth explanation for you, with shiny images too.
www.mathsisfun.com...

If you answer me this question, I will try oversee the obvious and answer yours:

"You have 10mm diameter hole and a 10mm diameter rod. Does the rod fit into the hole? If not, why not, if yes, why? Please also provide how you derived the solution.

Thanks xoxo"

a reply to: Spacespider

You are very helpful. So 9.8 Newton, based on teh 9.8m/sec^2 gravitah.....

Well, actually it takes 9.8+ N to make it overcome gravitah and start moving, but ok.

So then we can conclude that the only thing that makes the object resist acceleration is teh gravitah? I guess so right? (forgot to mention, we ignore the atmosphere in this scenario)

See? I #ing knew it.

a reply to: TDDAgain

Rofl. See? In physics, Kg is the unit of mass.

a reply to: TDDAgain

You don't seem to know much at all.

Accelerate it how much? 1.1kg of upward thrust will get it moving, not much. Hit it with a baseball bat will get it accelerating some more. Put the 1kg in a cannon with a few hundred pounds of thrust will get it moving some more. Put it on a rocket with a few million pounds of thrust and it will reach the moon.

originally posted by: TDDAgain
See? I #ing knew it.

you don't even gravitah. SMFH

a reply to: kwakakev

I said from rest to movement. I already gave the answer. So we can conclude that only teh gravitah makes the object resist acceleration. I guess we are gonna have to, right.

originally posted by: MkayUltra
a reply to: Spacespider

You are very helpful. So 9.8 Newton, based on teh 9.8m/sec^2 gravitah.....

Well, actually it takes 9.8+ N to make it overcome gravitah and start moving, but ok.

So then we can conclude that the only thing that makes the object resist acceleration is teh gravitah? I guess so right? (forgot to mention, we ignore the atmosphere in this scenario)

9.8 + 1