An ideal gas is held in a container of volume v at pressure p. the rms speed of a gas molecule under these conditions is v. if now the volume and pressure are changed to 2v and 2p, the rms speed of a molecule will be?
a) 4v
b) v/2
c) v/4
d) 2v
e) v

d) 2v

Explanation:

Since, root mean square speed of a molecule,

Where,

k = Boltzmann constant,

T = temperature of gas,

m = mass of molecule,

Also, the temperature of a gas,

Where,

p = pressure of the gas,

V = volume,

n = number of moles of gas,

R = universal gas constant,

If V = 2V and p = 2P

Then,

Hence, if rms speed of a gas molecule under initial conditions is v then rms speed of a molecule will be 2v

i.e. option d is correct.

age range would be the answer

ionic bonds are two oppositely charged ions that attract. a sodium ion has a 1 positive charge; a chloride ion has a 1 negative charge. sodium and chloride have oppostive charged ions that attract which forms an ionic bond. a chemical bond formed when two atoms share electrons is called