Below is the energy level diagram (not drawn to scale) representing th

1.	Below is the energy level diagram (not drawn to scale) representing the transitions made by an electron in a hydrogen atom that result in the observed lines of both the absorption and emission spectra. Some are in the visible region, and some are not.4 different energy photons are represented (approximate wavelengths are given in parentheses):infrared (~ 10e-4 m)red (~ 10e-6 m)blue (~ 10e-7 m)ultraviolet (~ 10e-8 m)Match the transition (a - h) with the photon described (approximate wavelengths are given in parentheses.) Your answer input should be a single, lower case letter.(Please note: This is not a problem for which a calculator is required. Your knowledge of the Bohr model of the atom and the relative energies of transitions is all that is needed.)Smallest energy emission
Answer» Answer: x² + 7x + 10 is the required POLYNOMIAL. Explanation : According to the Question It is given that α and β are the zeroes of a polynomial . Sum of zeros (α+β) = -7 Product of Zeros (αβ) = 10 we NEED to CALCULATE the polynomial. As we KNOW that if the sum of zeros and product of zeros are given we can easily calculate the polynomial . Let the Polynomial be P(x) • P(x) = x²-(sum of zeros)x + (product of

Below is the energy level diagram (not drawn to scale) representing the transitions made by an electron in a hydrogen atom that result in the observed lines of both the absorption and emission spectra. Some are in the visible region, and some are not.4 different energy photons are represented (approximate wavelengths are given in parentheses):infrared (~ 10e-4 m)red (~ 10e-6 m)blue (~ 10e-7 m)ultraviolet (~ 10e-8 m)Match the transition (a - h) with the photon described (approximate wavelengths are given in parentheses.) Your answer input should be a single, lower case letter.(Please note: This is not a problem for which a calculator is required. Your knowledge of the Bohr model of the atom and the relative energies of transitions is all that is needed.)Smallest energy emission

Answer»

Answer:

x² + 7x + 10 is the required POLYNOMIAL.

Explanation :

According to the Question

It is given that α and β are the zeroes of a polynomial .

Sum of zeros (α+β) = -7

Product of Zeros (αβ) = 10

we NEED to CALCULATE the polynomial.

As we KNOW that if the sum of zeros and product of zeros are given we can easily calculate the polynomial .