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
D. Nine to eleven, a quick google search solves that
Answer: Bond holders
Explanation: In simple words, bondholders refers to the creditors of the organisation. The holders of the bond are not the owners as they are paid fixed interest and are not able to participate in the decision making of the company.
In the event of liquidation, bondholders are paid first because it is assumed that the decision makers should be punished for the liquidation and hence they should be paid at last.