Talk:Energy and work: Difference between revisions

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(all examples are at 100% efficiency of course)
(all examples are at 100% efficiency of course)
: I would say yes, if it would be real physics, but your definition would mean, that belts needs also energy.
: I see the problem. Let's think about a way to express that we're talking about game physics.
: that includes also the examples, which are not useful for this, cause currently nothing in Factorio has a weight in the sense of this definition.
: [[User:Ssilk|Ssilk]] ([[User talk:Ssilk|talk]]) 12:47, 29 January 2015 (CET)

Revision as of 11:47, 29 January 2015

I have a problem with what this teaches. The way I learnt it is this

Work: Applied force x movement in Joule. It's the transferred amount of energy, not stored energy.

      Ex: We lift an object of 10kg to 10m high, 1000J of work is done to do this.

Energy: The ability to do work - Not the flow of work. Rather it should be the other way around: Work is the displacement of energy.

      Ex: To be able to lift the object that high, we need to have at least 1000 J of energy somewhere in our system to be able to do it. If we don't have the energy in the system, we can't do it. If we do, we transfer this energy into the object.

Power: The rate at which work is done and equals the rate at which energy is transferred.

      Ex: You need to use 1000kJ, which you do in 10 seconds, meaning you use an average of 100W to lift the object to 10m high.

(all examples are at 100% efficiency of course)

I would say yes, if it would be real physics, but your definition would mean, that belts needs also energy.
I see the problem. Let's think about a way to express that we're talking about game physics.
that includes also the examples, which are not useful for this, cause currently nothing in Factorio has a weight in the sense of this definition.
Ssilk (talk) 12:47, 29 January 2015 (CET)