At what temperature volume of a certain amount of gas at STP will become double? Hence, temperature of
273.15 K
would be necessary to double the volume of a gas STP if the pressure is decreased by 50%.
At what temperature does the volume of a gas become double?
Thus, volume doubles when temperature doubles. At
`0^@C
`, the absolute temperature is T = 273.15 K. The double of that is 546.30 K = `+273.15^@C`.
At `273.15^@C`, the volume of gas doubles itself.
What temperature would be necessary to double the volume of a gas at STP if the pressure is decreased by 50%?
What temperature would be necessary to double the volume of a gas initially at s.t.p. if the pressure is decreased by 50% ? Ans [
0°C
]
At what temperature would the volume of a gas be doubled if its pressure at the same time increase 700 mm of Hg to 800 mm Hg assume initial temperature?
2 x 273 K = T2 =
546 K
, or 273 C.
At what temperature volume of a fixed amount of gas becomes double of its value at 00c when pressure is kept constant?
Answer : The required temperature is `
546^@C
`. Step by step solution by experts to help you in doubt clearance & scoring excellent marks in exams.
When the absolute temperature of a gas is doubled then the correct statements are?
– Means
the volume of the gas is going to be doubled
.
At what temperature will the volume of a gas be twice the volume at 27?
At what temperature will the volume of a gas be twice the volume at 27∘ C at a given pressure. A.
327∘ C
.
Which will have greater volume when the following gases are compared at STP a 1.2 Litres n2 at 25o C and 748 mm Hg B 1.25 Litres O2 at STP?
Therefore answer is
O2
.
At what temperature given mass of a gas that occupies a volume of 2 Litres at NTP will occupy a volume of 4 Litres if the pressure of the gas is kept constant?
When volume is doubled from 2 L to 4 L, the temperature is also doubled from 273 K to
546 K
which corresponds to 273 oC.
At what temperature the volume of a gas would become zero?
At absolute temperature that is at
0 Kelvin
, the volume of the gas is zero.
What happens to temperature if pressure and volume are doubled?
Thus if you multiply the pressure and volume by 2, to balance the equation, you must also multiply the right side of the equation by 2. This in effect,
doubles the temperature of the gas in Kelvins
. The number of moles would be a constant and of course, R, the Ideal Gas Constant also remains unchanged.
What is the temperature of the gas when its volume is 0?
This point, with a temperature of
–273.15 ̊C
, is the theoretical point where the samples would have “zero volume”. This temperature, -273.15 ̊C, is called absolute zero. An even more intriguing thing is that the value of absolute zero is independent of the nature of the gas that is used.
How do you find the volume of a gas at STP?
It can be written as:
V = nRT/P
. “P” is pressure, “V” is volume, n is the number of moles of a gas, “R” is the molar gas constant and “T” is temperature.
When the temperature of an ideal gas is doubled while the absolute pressure is halved the volume is?
Thus, doubling the Kelvin temperature and halving the pressure
quadruples the volume
.
What will happen to the volume of a gas if the absolute temperature is doubled at constant pressure a increase by 50% C doubled b reduce to one half D no effect?
So it
increases four-fold
so C is the correct option.
What will happen if the absolute temperature is doubled?
Doubling the absolute temperature of a gas also
doubles its volume
, if the pressure is constant, and vice versa.
When the pressure of 1 Litre of gas at 27 C is doubled its temperature rises to 114 C then the final volume of a gas?
Hence the final volume of the ideal gas is obtained as
$1.9$ litre
. Thus the option (D) is correct.
What is the final temperature of a perfect gas at 27 degree is heated at constant pressure till its volume is triple?
So, final, temperature =2×300K=600K=
327∘C
.
What is the final temperature of a perfect gas at 27 degree Celsius is heated at constant pressure till its volume is triple Mcq?
T1P1V1=T2P2V2[P1=P2=P,V1=V,V2=2V]⇒T2=P1V1P2V2T1=V2V⋅300=600K=327°C∴T2−T1=
300°C
What is the volume reading when the pressure is at 1 atmosphere?
Chemists sometimes make comparisons against a standard temperature and pressure (STP) for reporting properties of gases: 273.15 K and 1 atm (101.325 kPa). At STP, an ideal gas has a volume of about
22.4 L
—this is referred to as the standard molar volume (Figure 10).
Which of the following has greater volume at NTP?
More the number of moles, more will be the volume at NTP. Therefore,
17g of NH3
contain maximum number of moles out of all. Thus, it has maximum volume at NTP i.e. 22.4L. So, Option(c) is correct.
Which one will have more volume one gram of hydrogen or one gram of nitrogen?
So
one gram of H2
is one half mole whic occupies 11.2 liters of volume at STP. The atomic weight of nitrogen gas (N2) is about 28 amu so one gram of nitrogen occupies 1/28 mole or 0.8 liters (800 cc).
At what temperature will a given mass of a gas occupy a volume of 200 l if it occupies a volume of 260 l at a temperature of 30 C pressure remaining constant?
Answer: initial temperature would be
233 K
.
What is the value of PV for 11.2 Litre of an ideal gas at STP?
At STP for 11.2 litres of a gas pv is equal to
1RT
.
What will happen to the gas pressure as the temperature increases if the amount and volume of the gas are kept constant?
As the gas is heated,
the pressure of the gas in the sphere increases
. This relationship between temperature and pressure is observed for any sample of gas confined to a constant volume.
What happens to a gas at 0 Kelvin?
According to the physical meaning of temperature, the temperature of a gas is determined by the chaotic movement of its particles – the colder the gas, the slower the particles. At zero kelvin (minus 273 degrees Celsius)
the particles stop moving and all disorder disappears
.
What happens to the volume of a gas when the number of moles is doubled at constant T and P?
What happens to the volume of a gas when the number of moles is doubled at constant T and P?
The volume increases by a factor of 2
.
When pressure on a gas is doubled what happens to the volume?
Answer and Explanation: According to the Boyle's law, If pressure doubles,
volume should be halved
.
When the temperature is doubled which of the gas molecules speeds up by a larger factor?
Which one of the following changes would cause the volume of a gas to double assuming moles were held constant?
Which one of the following changes would cause the pressure of a gas to double assuming volume and moles were held constant?
Increasing the temperature from 200 K to 400 K
.
What happens to the temperature if the volume doubles?
So on doubling the volume
the temperature gets doubled
.
What happens to the volume of a gas when the temperature increases?
How does volume change with temperature?
So, that means that
volume is directly proportional to temperature
. Even then, since we increase the temperature inside a material, the molecules' kinetic energy increases and they start to vibrate more and move around further from each other, therefore accounting for an increase in volume.
What is the relationship between the temperature and the volume of a gas?
Charles's law states that the volume of a given amount of gas is
directly proportional
to its temperature on the kelvin scale when the pressure is held constant.
