Periods to Electronvolts (photon energy) Converter

Convert periods (s) to electronvolts (photon energy) (eV) with the formula and table below.

1 period = 4.1356677 × 10-15 electronvolts (photon energy)

How to convert periods to electronvolts (photon energy)

eV = 4.1356677 × 10-15 ÷ s

These units are reciprocal: one measures how much per distance (or time), the other how far per amount. To convert, divide 4.1356677 × 10-15 by the value. Example: 1 s = 4.1356677 × 10-15 ÷ 1 = 4.1356677 × 10-15 eV. The same formula works in reverse; see electronvolts (photon energy) to periods.

Periods to electronvolts (photon energy) conversion table

Periods (s)Electronvolts (photon energy) (eV)
1 s 4.1356677 × 10-15 eV
2 s 2.0678338 × 10-15 eV
3 s 1.3785559 × 10-15 eV
4 s 1.0339169 × 10-15 eV
5 s 8.2713354 × 10-16 eV
6 s 6.8927795 × 10-16 eV
7 s 5.9080967 × 10-16 eV
8 s 5.1695846 × 10-16 eV
9 s 4.5951863 × 10-16 eV
10 s 4.1356677 × 10-16 eV
100 s 4.1356677 × 10-17 eV

What is a period?

The period is the time taken by one full oscillation, the reciprocal of frequency.

More about periods →

What is a electronvolt (photon energy)?

The electronvolt (eV) measures the energy of a single photon.

More about electronvolts (photon energy) →

Frequently asked questions

How many electronvolts (photon energy) are in a period?

One period is 4.1356677e-15 electronvolts (photon energy).

How many periods are in a electronvolt (photon energy)?

One electronvolt (photon energy) is 4.1356677e-15 periods.

What is the formula to convert periods to electronvolts (photon energy)?

eV = 4.1356677 × 10^-15 ÷ s.