To return something and get money back
Answer:
The correct answer to the following question will be Option C.
Explanation:
- A Cost variance seems to be the gap and difference between the expected expenditures incurred as well as the projected regular expenditures at just the start of such a time frame.
- Such variances have been used by administrators to assess and monitor the progress including its supply chains, expenditures as well as other activities.
⇒ Cost variance = Actual cost - Standard cost
Some other available options have no connection with the given case. So choice C seems to be the perfect solution to that.
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
Products whose demand rises when another product's price increases are called: Substitute goods
Answer:
<u>$26000</u>
Explanation:
from the question;
check per day; 20000
delay: 3 days
checks to pay suppliers; 17000
clearing time 2 days
<u>we first calculate collection flaot:</u>
collection flaot = average amount of check x outstanding days
= 20000 x 3
= 60000
now we have to calculate <u>disbursements float:</u>
average amount of check x days to clear
= 17000 x 2
= 34000
with these two values we can get the net float
= collection flaot - disbursements float
= 60000 - 34000
= <u>$26000</u>