Through the conduction of this prac, this was found to be true. The pressure inside the syringe had to increase as the

volume decreased because the molecules inside had less space to collide with one another and the wall. Therefore as

the molecules had less volume to move around in, they would be colliding more often with eachother and the wall,

increasing the pressure inside the syringe. It is therefore correct to say that :

Some assumptions were made when conducting this prac. They include;

(1)that temperature remained constant throughout the course of the prac and so the atmospheric pressure remained

(2)that all the equipment used were free of faults and completely efficient.

The assumptions made in the prac played a major role because if the assumptions were not true at the time, this would

mean that the results collected are not entirely accurate. Especially when considering that there was human error also

involved, this would have played a part in the data collected.

There were a few problems that were found when conducting the prac.

inversely proportional to one another as long as the temperature remained constant. Unfortunately as much error was

the origin. This is to account for the atmostpheric pressure that was also included in the total pressure.

its minimal depression. In this case, because the minimal depression recorded depended much on the members of the

the syringe used not having mL calibrations, the measurements had to be found using a ruler which at times had to be

TOTAL PRESSURE = PRESSURE DUE TO BOOKS + PRESSURE DUE TO ATMOSPHERE

involved, the results obtained did not assure us that PV would give a constant, however it was figured out that it was

Some topics in this essay:
, Boyle’s Law, RTP Pressure, DUE ATMOSPHERE, remained constant, DUE BOOKS, atmospheric pressure, results obtained, TOTAL PRESSURE, equipment free faults, PRESSURE DUE, temperature remained constant, pressure inside syringe, conducting prac, human error, increasing pressure, error involved, straight line, results prac repeated, total pressure, pressure due,