a. Choose the equation for the proportionality between

V

and

T

, in which

k

is the proportionality constant.\

V=(k)/(T)\ T=(k)/(V)\ V=k\\\\times T\ T=(V)/(k)

\ b. For 71.9 grams of

Ar

gas at a pressure of 0.700 atmospheres,

V

is observed to be

58.5L

when

T

is

277K

.\ The numerical value of the proportionality constant,

k

, is\ The units for the proportionality constant,

k

, are\ c. What volume will this gas sample occupy at a temperature of

305K

?\ Volume

=

\ L

a. Choose the equation for the proportionality between V and T, in which k is the proportionality constant. V=TkT=VkV=kTT=kV b. For 71.9 grams of Ar gas at a pressure of 0.700 atmospheres, V is observed to be 58.5L when T is 277K. The numerical value of the proportionality constant, k, is The units for the proportionality constant, k, are c. What volume will this gas sample occupy at a temperature of 305K ? Volume = L a. Choose the equation for the proportionality between V and T, in which k is the proportionality constant. V=TkT=VkV=kTT=kV b. For 71.9 grams of Ar gas at a pressure of 0.700 atmospheres, V is observed to be 58.5L when T is 277K. The numerical value of the proportionality constant, k, is The units for the proportionality constant, k, are c. What volume will this gas sample occupy at a temperature of 305K ? Volume = L