higher

lower

neither, stays the same

4.73 x 10⁷² eV

2.07 x 10 6 eV

3.33 x 10^-13 eV

1.21 x 10 ³⁵ eV

2.69 x 10^-44 eV

4.89 x 10^-15 eV

3.06 x 10 ⁴ eV

5.04 x 10^-17 eV

$$3\times10^8$$ m/s

$$3\times10^{-8}$$ m/s

$$6.63\times10^{34}$$ J s

$$6.63\times10^{-34}$$ J s

$$3\times10^8$$ m/s

$$3\times10^{-8}$$ m/s

$$6.63\times10^{34}$$ J s

$$6.63\times10^{-34}$$ J s

As the frequency of an EM wave increases, the energy also increases.

As the frequency of an EM wave increases, the energy decreases.

The Planck's constant increases when the frequency and energy of an EM wave increase.

There is no relation between the energy and the frequency of an EM wave.

$$6\times10^{-3}$$  Hz

$$6\times10^5$$  Hz

$$6\times10^{14}$$  Hz

$$6\times10^{-16}$$  HZ