The concept of an ideal gas is used to explain

Asked by maham237 @ 02/07/2021 in Chemistry viewed by 383 People

(1) the mass of a gas sample(2) the behavior of a gas sample(3) why some gases are monatomic(4) why some gases are diatomic

Answered by maham237 @ 02/07/2021

Ideal gas is used to explain the behavior of a gas sample. In ideal gas law, the equation is PV=nRT where R has a constant of 0.0821L.atm/mol.K. It can explain the behaviior of a gas in three types: mole, mass and density. The ideal gas often observed in a high temperature with low pressure as to potential energy becomes less significant compared to the kinetic energy.

Three concepts used to explain the foundation of blockchain

Asked by admin @ 20/08/2021 in Business Studies viewed by 313 persons

The three concepts used to explain the foundation of blockchain are

Explain the concept of natural selection using moths

Asked by maham237 @ 11/02/2021 in Biology viewed by 295 persons

Explain the concept of "natural selection" using your moths as an example

Explain and compare the concepts of comparative and absolute advantage

Asked by admin @ 26/11/2021 in History viewed by 273 persons

What is the difference between comparative advantage and absolute advantage? A. Comparative advantage measures opportunity cost and absolute advantage measures efficiency.B. Absolute advantage measures opportunity cost and comparative advantage measures …

One mole of an ideal gas at 300k

Asked by admin @ 31/08/2021 in Chemistry viewed by 377 persons

one mole of an ideal gas at 300 k is expanded isothermally from an initial volume of 1 litre to 10 litres. the Î´e for this process is (r = …

An ideal gas will have maximum density when

Asked by admin @ 29/08/2021 in Chemistry viewed by 349 persons

An ideal gas will have maximum density when

During isothermal expansion of an ideal gas its

Asked by admin @ 27/08/2021 in Chemistry viewed by 326 persons

During isothermal expansion of an ideal gas, its (a) internal energy increases (b) enthalpy decreases (c) enthalpy remains unaffected (d) enthalpy reduces to zero.

Explain the concept of a low carbon lifestyle

Asked by admin @ 25/08/2021 in Environmental Sciences viewed by 303 persons

Explain the concept of low carbon life style in 80 words

Carbon dioxide gas is not used in

Asked by admin @ 24/08/2021 in Chemistry viewed by 326 persons

Carbon dioxide gas is not use for

An ideal gas at atmospheric pressure is adiabatically compressed

Asked by admin @ 23/08/2021 in Physics viewed by 345 persons

An ideal gas at pressure p is adiabatically compressed so that its density becomes n times the initial value. The final pressure of the gas will be

A vessel of volume v0 contains an ideal gas

Asked by admin @ 23/08/2021 in Physics viewed by 320 persons

A vessel of volume V0 contains an ideal gas at pressure p0 and temperature T. Gas is continuously pumped out of this vessel at a constant volume-rate dV/dt = r …

Under what conditions a real gas would behave ideally

Asked by admin @ 23/08/2021 in Chemistry viewed by 360 persons

Under what conditions do real gases tend to show ideal gas behaviour ?

Explain the process of gas exchange in the tissues

Asked by admin @ 20/08/2021 in Biology viewed by 300 persons

Describe the process of exchange of gases in tissues

An ideal gas is taken around the cycle abcda

Asked by admin @ 20/08/2021 in Physics viewed by 319 persons

an ideal monatomic gas is taken round the cycle ABCDA as shown. calculate the work done during the cycle

An ideal gas at pressure p is adiabatically compressed

Asked by admin @ 20/08/2021 in Physics viewed by 311 persons

An ideal gas at pressure p is adiabatically compressed so that its density becomes n times the initial value. The final pressure of the gas will be

Two moles of an ideal gas was compressed adiabatically

Asked by admin @ 20/08/2021 in Chemistry viewed by 376 persons

Two moles of an ideal gas (cv = 5r/2) was compressed adiabatically against constant pressure of 2 atm. Which was initially at 350k and 1atm pressure. The work involved in …