Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:

pressure and number of molecules of gas

volume and temperature

pressure and temperature

temperature and number of molecules of gas

pressure and volume

Question

Boyle's Law represents the relationship of volume as pressure changes. The constants of Boyle's Law are:



pressure and number of molecules of gas

volume and temperature

pressure and temperature

temperature and number of molecules of gas

pressure and volume

anonymous · Answer

pretty sure its temperature and pressure but i have my doubts

asib1214 · Answer

here is what Boyle's law says, The volume of a gas is inversly proportional to its pressure when the amount of gas and the temperature remain constant. So yeh

anonymous · Answer

ok sweet

anonymous · Answer

the graph above can be extrapolated to determine:



Boyle's Law

PV = k

absolute zero

VT = k

nothing

asib1214 · Answer

what do you think?????????????

anonymous · Answer

vt=k

asib1214 · Answer

it says at the top of the graph.....Volume VS Temperature braw!!!!!LOL
yes it is.

anonymous · Answer

blonde moment -_-

anonymous · Answer

The volume of a given quantity of a gas must increase if:



the temperature and pressure increase

the temperature and pressure decrease

the temperature increases and the pressure decreases

the temperature decreases and the pressure increases

asib1214 · Answer

ask each question as a separate question...... it's ok....

anonymous · Answer

ok i did