Answer:
The value of final volume inside the vessel
= 5.17 ml
Explanation:
Initial pressure
= 6263 mm Hg = 8.24 atm = 835 K pa
Initial temperature
= 50.1 ° c = 323.1 K
Initial volume
= 461.1 ml = 0.0004611 
Final temperature
= - 95.8 ° c = 177.2 K
Finial pressure
= 411 atm = 41644.6 K PA
We know that

Put all the values in the above equation
⇒ 835 ×
= 41644.6 × 
⇒
= 5.07 ×

⇒
= 5.17 ml
This is the value of final volume inside the vessel.
Answer:
The answer to your question is simultaneous. Hope it helps!
What happens in the artificial transmutation is that the nucleous is bombarded with high energy particles which we can describe as kinetic energy and the idea for them is to induce what we call transmutation. Also what happens is that the high energy particles are accelerated. One of the examples is when nitrogen is transformed into hydrogen by combining its nucleous with an alpha particle
Answer:
Theoretical yield of vanadium = 1.6 moles
Explanation:
Moles of
= 1.0 moles
Moles of
= 4.0 moles
According to the given reaction:-

1 mole of
react with 5 moles of 
Moles of Ca available = 4.0 moles
Limiting reagent is the one which is present in small amount. Thus, Ca is limiting reagent. (4.0 < 5)
The formation of the product is governed by the limiting reagent. So,
5 moles of Ca on reaction forms 2 moles of V
1 mole of Ca on reaction for 2/5 mole of V
4.0 mole of Ca on reaction for
mole of V
Moles of V = 1.6 moles
<u>Theoretical yield of vanadium = 1.6 moles</u>