Answer:
For diatomic oxygen:V=539.06 m/s
For carbon dia oxide:V=459.71 m/s
For dia atomic hydrogen:V=2156.25 m/s
Explanation:
As we know that
Root mean square velocity V
Where
R is the gas constant
T is the temperature (K).
M is the molecular weight.
For diatomic oxygen:
M=32 g/mol
T=273+100 = 373 K
V=539.06 m/s
For carbon dia oxide
M=44 g/mol
T=273+100 = 373 K
V=459.71 m/s
For dia atomic hydrogen:
M= 2 g/mol
T=273+100 = 373 K
V=2156.25 m/s
Answer:
they both evaperated bye heat
Explanation:
Answer:
we cant do this you have to experiment for yourself we have no idea what this assignment is. We could answer it if it was an answer with a direct answer but this is something that you must do by yourself.
Explanation:
<span>Multimeter circuit are designed to measure 60 c/s or 400 c/s AC. It has quite large bypass capacitance to limit the input frequency response to avoid osillation. Most digital AC volt meter shall not give accurate reading more than 2000 c/s. That is why your ordinary AC multimeter does not response to higher frequency.</span>
B- only kinetic energy because it’s moving and not static
