6. Identify the mathematical relationship that exists between volume and tempera

Question

6. Identify the mathematical relationship that exists between volume and temperature, when pressure and quantity are held constant, as being directly proportional or inversely proportional. Explain your answer and write an equation that relates volume and temperature to a constant, using variables, not the mathematical equation from the best fit line. Use your line of best fit to estimate the temperate at the y-intercept. 7. What does this Next, procedure 2 we tried to establish a relation between volume and temperature. For this increased the volume from 4.5nm to10.4 and wanted to check the change in temperature. Volume Temperature Vertical (Value) Axis Title erature Relationship 44 nm 400 K 1200 1000 800 600 400 200 5.1 nm 502 K 601 K 6.6 nm 701K Chart Title .4 nm 902 K 10 12 Volume nm3) 8.2 nm 901K Chart Title 9.8 nm 1001 K 10.4 nm 102K The graph has an equation of y-mxtc. so the slope is found to be 4.805

Explanation / Answer

according to the ideal gas equation PV = n RT

if we kept P and the the number of moles constant then V= ( nR / P ) T

V= K T where K= n R / P

Volume of the given amount of the ideal gas is directly proportional to the absolute temperature which is called famous charles' law.

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