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Round off your answer to the nearest thousandths (3 decimal places) Find the frequency (in * 1 point terahertz) of the given electromagnetic waves. wavelength=11 um Your answer Find the wavelength (in * 1 point nanometer) of the given electromagnetic waves. f=710 terahertz Your answer Find the wavelength (in * 1 point milimeter) of the given electromagnetic waves. f=1.9 gigahertzFind the frequency (in * 1 point terahertz) of the given electromagnetic waves. wavelength=16 nm Your answer Find the wavelength (in * 1 point nanometer) of the given electromagnetic waves. f=1 petahertz Your answer Find the frequency (in * 1 point petahertz) of the given electromagnetic waves. wavelength=2.5 nm Your answerFind the wavelength (in * 1 point milimeter) of the given electromagnetic waves. f=2.6 gigahertz Your answer Find the frequency (in * 1 point petahertz) of the given electromagnetic waves. wavelength=24.5 nm Your answer Find the wavelength (in * 1 point nanometer) of the given electromagnetic waves. f=560 terahertz Your answerFind the wavelength (in * 1 point nanometer) of the given electromagnetic waves. f=455 terahertz Your answer Complete the table below and tell whether condition for total reflection were obtained. If condition for total internal reflection were NOT obtained, compute for the angle or refraction er and angle of reflection OR otherwise. Assumed that in all cases, EM wave passes thru 2 different mediums with different indices, First row of the table is filled as an example. Kindly write your answer for * 1 point number 1. Was conditio Inde n for Angle of Index Critic Angl x of total refractio of e of refra al refract internal Incid n (8,)/ ction Angle reflectio Angle of ion 1 ence 2 (n, ) (8,) (8,) n reflection (122) obtaine n OR d? (Yes/No) 1.00 24.44 55.732 2.417 20 No 03 8 1.000 (1)_ 50 (2) (3) 3 1.5 1.31 (4)_ 30 (5) (6) (7) 1.33 51.63 51.6 (8) (9) 3 9 39 (10) 1.77 (11) 55 (12) 60