Question 1 a What is the equation relating wavelength and fr

Question 1:

a) What is the equation relating wavelength and frequency to the speed of light?

b) The greater the wavelength of light, the ___________ the energy of that light.

c) What is the range (name) of electromagnetic spectrum responsible for stretching and bending of bonds?

d) What is the type of electromagnetic radiation used in NMR?

e) Relative to visible light is this type of radiation in part d higher or lower in energy?

f) What component of an element is being probed in NMR?

g) What is the purpose of the magnet in NMR?

Part a

equation relating wavelength and frequency to the speed of light

Speed of light = wavelength x frequency

Part b

Energy = Planck\'s constant x speed of light / wavelength

greater the wavelength of light, lower the energy of that light.

Part C

infra red (0.78 and 1000 mm.) range (name) of electromagnetic spectrum responsible for stretching and bending of bonds

Part d

Radiowaves type of electromagnetic radiation used in NMR