Answer: V2= 15.0403226 Liters
Explanation:
Use V1/T1=V2/T2
Make sure you change the degrees Celsius to Kelvin. (Kelvin = degrees Celsius +273)
10.0L / 248 K = V2/ 373 K
Cross multiply V1 and T2 and divide by T1
(10.0 L)( 373K)/ 248 K = V2
V2= 15.0403226 Liters (Kelvin cancels out)
Explanation:
dU=TdS-pdV (given)
To prove = 1)
(at constant U)
2)
(at constant V)
Solution: 1)
dU=TdS-PdV


Derivative of constant is zero.
Given that internal energy is ,U = constant

(hence proved)
Solution: 2)
dU=TdS-PdV
Differentiating with respect to dU, we get:

Derivative of constant is zero.
Given that volume is constant , V= constant

(hence proved)
Answer:
a) quadruple covalent bond
Explanation:
Quadruple covalent bonds are the strongest covalent bonds. The more the number of bonding pairs, the stronger the bond becomes.
- A covalent bond is formed by sharing of electrons between two species.
- They are usually between compound with similar electronegativities.
- The number of bonds between the atom determines the bond strength.
Single < double < triple < quadruple covalent bonds.
With the lowest atomic numbers <span>with the highest atomic numbers </span>
<span>that match their Latin names </span><span>with atomic symbols that match their modern names </span>