The answer to the question is a form
Germany, Austria-Hungary, Ottoman Empire and Bulgaria.
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:
The answer is D. The change in quantity demanded of a good that results from a change in price, making the good more or less expensive relative to other goods, holding constant the effect of the price change on consumer purchasing power
Explanation:
Substitution effect is a concept in which, as the price of a good or service increases, less of the good or service is substituted for other less expensive.
For example, if the price of Pepsi were to rise, the substitution effect would cause the consumer to buy less of it and substitute more coca-cola for now relatively more expensive Pepsi.
Option A. is wrong because we are talking about the quantity demanded and not just demand. (Please take note).
Answer:
#1, It can change and #3, it can be in an existing building to repair or remodel
Explanation:
Construction is not at a desk.
