Answer:
Explanation:
Given that:
Pressure P = 10 atm
number of moles of N
= 1 mole
correction for the attractive force between molecule a = 1.352
correction for the volume of molecules b = 0.0387 L mol-1
Rate = 8.314
critical Temperature Tc= 126.3 K
Using van deer Waal equation:
So for 1 mole of N gas; we have
Recall that: Tc = 
and
Vc = 3b
Thus;
Vc= 3×(0.0387)
Vc = 0.1161m³
using the above Van der Waal equation, the value of V can also be determined, but in several situations, we abandon the term of (V - nb) and sometimes abandon 
depending on the circumstances.
Every electron shell, designated by "n", has a specific number of electron subshells. The shell number has values equivalent to natural numbers (1, 2, 3, 4...), while the subshells are s, p, d and f.
The subshell that does not exist within the third shell (n = 3) is the f subshell. The energy of the f subshell is too high and cannot be accommodated in the third shell.
Answer:
Kinetic energy is an energy that can be applied to another object, often considered the energy of motion.
Explanation:
Metals are generally good conductors of heat.
Answer:
i rather just sit on a guys lap and watch him play than me playing cause those games mad frustrating
Explanation:
Answer:
The correct answer is 29 grams.
Explanation:
Based on the given question, the reaction will be,
CH3CH=CHCH3 + H2 ⇒ CH3CH2CH2CH3
The molecular weight of butene is 56 grams per mole, and the molecular weight of butane is 58 grams per mole.
Thus, it can be said that 56 grams of butene reacts with hydrogen gas and produces 58 grams of butane.
Therefore, 28 grams of butene when reacts with hydrogen gas to give,
= 58/56 * 28 = 29 grams of butane.
Hence, the mass of butane produced will be 29 grams.
