Question

An ideal gas expands by following an equation PV^a = constant. In which case does one expect hcating?
(a) 3 >a> 2
(b)2>a>1
(c)0<a<1
(d)-1<a<0​

Answer 1

Answer:

a

Explanation:

3>a>2

that ideal gas expands by following an

pv^a =answer-a

that for gas case does one expect heating for gas value

Answer 2

The expect heading is $0$<a<$1$.

Explanation:

• Boyle’s law states that if temperature remains constant, the volume V of the given mass of a gas is inversely proportional to the pressure, i.e.V∞1P $or PV = K$, where K is a constant whose value depends upon the nature and temperature of the gas.
• Charle’s law states that if pressure remains constant, the volume of a given mass of a gas increases or decreases by $1273.15$ of its volume at $0^{0}$for each $1^{0}C$ rise or fall in temperature, i.e. .V∞T

From the ideal gas equation, we have $PV=nRT$.