Suppose the temperature of the gas is tripled and N2 molecules dissociate into an alom. Then what will be the rms speed of atom: a. VO b. vo C. VOV d. none of these
Answers
Answer:
Correct option is
A
v
0
6
Option A is correct.
v
0
=
3RT/M
v
1
=
3RT
1
/M
1
But T
1
=3T
and M
1
=M/2
By comparing both equation we get v
1
=v
0
6
Answer:
Temperature is doubled and all the nitrogen molecules dissociate into nitrogen atoms, then the new rms velocity will be an option a(VO).
Explanation:
Two nitrogen atoms are strongly connected to form the chemical molecule referred to as molecular nitrogen (N2). At normal temperatures and pressures, molecular nitrogen is a transparent, unscented, salty, and inert gas. There are many two routes that chemists can visualize inorganic nutrients.
An atom is a sophisticated combination of negatively charged electrons organized around a positively charged nucleus in certain shells. Protons and neutrons comprise the majority of the atom's mass in this nucleus.
The electron is flying at a speed of around 2,200 kilometers per hour, according to an estimate. While being less than 1% of the speed of light, that speed is sufficient to finish an orbit of the Earth in just over 18 seconds.
Principally, microscopic kinetic energy is transported to atoms and molecules from other atoms or molecules of an item creating huge kinetic energy, thus inducing atoms and molecules to move faster as a result of heat transfer.
To know more about Nitrogen, visit:
https://brainly.in/question/832417
To know more about Electrons, visit:
https://brainly.in/question/513307
#SPJ2