Roughly speaking, work = force x distance (the actual definition is a bit more complicated).If you apply 1000 newton over a distance of 1 meter, that involves "work", as defined in physics, of 1000 joules. With a lever, you might apply a lesser force, say, 100 newton, but over a larger distance, in this case, 10 meters. In this case, the product (100 meters x 10 newton) is still 1000 joules.
no it does not increase the amount of work, the amount of work always stays the same.
Increase.
By changing the amount of gas in an object
Roughly speaking, work = force x distance (the actual definition is a bit more complicated).If you apply 1000 newton over a distance of 1 meter, that involves "work", as defined in physics, of 1000 joules. With a lever, you might apply a lesser force, say, 100 newton, but over a larger distance, in this case, 10 meters. In this case, the product (100 meters x 10 newton) is still 1000 joules.
no, because it is the same throughout, except if the temperature and pressure is changing
by the addition of more solute.
Compress it
Glucose utilization would increase a little
Yes. Dissolved sugar increase the boiling point.
increase voltage
nosee link
In rats, it was found to increase activity without changing the total expression (amount) of acetylcholinesterase. Another study found that is did inhibit acetylcholinesterases. This seems contradictory so in short, it has not been fully studied. But remember the main effect is blocking adenosine receptors.
Inflation is the word used to describe a general increase in prices and reduction in purchasing power of money.
Reduce the amount of material used to make the good to increase the amount of output for other goods
That's impossible ! Your computer has a fixed amount of RAM. You cannot increase the amount without purchasing larger capacity chips.
Not without changing an unreasonable amount of other parts.
changing the amount