Answer:
wavelength of the second photon emitted is 97.26 nm
Explanation:
Data provided;
Wavelength absorbed = 94.98 nm
Wavelength of the one of the emitted photon = 4052.3 nm
Now,
The energy is given as:
Energy = 
here,
h is the plank's constant
c is the speed of the light
λ is the wavelength
Now,
by the principle of conservation of energy
Initial energy = Final energy
Therefore,
= 
+ 
or
= -
or
= 
- 
or
= 0.0105 - 2.46 × 10⁻⁴
or
= 0.01028
or
λ₁ = 97.26 nm
Hence,
the wavelength of the second photon emitted is 97.26 nm
Answer:
C) will be the same for both absorption costing and variable costing
Explanation:
If the beginning and ending balance for Finished Goods Inventory is 0, that means that all the absorption costs have been assigned and all the fixed costs (for variable costing) have been assigned also. So whatever costing method you choose the valuation should be the same.
Answer: 62.5%
Explanation:
Equivalent units = Units completed and transferred out + percentage completed of ending inventory
14,800 = (1,100 + 14,000 - 800) + Percentage
14,800 = 14,300 + Percentage amount completed
Percentage amount completed = 14,800 - 14,300
Percentage amount completed = 500 units
Percentage = Ending equivalent units / ending inventory
= (500/800) * 100
= 62.5%
Answer:
c. $3,200 favorable.
Explanation:
We know that
Total controllable cost variance = Budgeted overhead cost - actual overhead cost
where,
Budgeted overhead cost = Variable overhead + Fixed overhead
where,
Variable overhead = 40,000 units × $2 = $80,000
And, the fixed overhead = $72,000
So, the budgeted overhead = $152,000
And, the actual one is $148,800
So, the total controllable cost variance would be
= $152,000 - $148,800
= $3,200 favorable
