yes. Equality is only possible when everybody is equally poor. As long as you reward people for their effort, some will choose to put in less effort than others, and earn less as the result.
End is important than means case is not suitable for all cases...but most of the cases End is imprtant...End is the final result of means...Ex...in every case means is not good but the final result makes that means good
Success never comes without effort. And not every effort can result in a Success either. Picture this, say if you toss a coin, result will be a head or a tail. But again it depends on an effort i.e. tossing the coin. Life has got more aspects to it more than a head or a tail. if you go on thinking too much about success which is also a concept frequently changing with your age, position or frame of mind. You miss to toss that coin (no effort--> no result or not the desired result)
because they want to get an acurate result
it requires more energy to pull because the load is heavier than the effort.
When you complete a job, but use more time and effort than is truly necessary, how have you worked?
Science is a collaborative effort. Scientists make much more progress by working together, than they do by working alone.
In a lever of the third order, the effort arm is longer than the resistance arm. This configuration results in a larger distance being covered by the effort over a shorter distance by the resistance. As a result, there is a gain in speed at the expense of force, making it easier to move the load but requiring more effort over a greater distance.
It helps to confirm that there are no random errors in your experiment or project. That is it shows you that your result was not just a random occurrence.
It is more important to be giving than to receive.
The effort and the load on the muscle are rarely equal. If the effort is less than the load, the hand will not be able to move the object. If the effort is more than the load, the hand will be able to move the object at a constant acceleration. If the effort and load are equal, then either the object will move at a constant velocity or it will not be moving at all.
I think the closest thing to an answer for that question is this quote from 'The Red-Headed League': "... for strange effects and extraordinary combinations we must go to life itself, which is always far more daring than any effort of the imagination."