Chemistry: What is the energy of photon that has a wavelength of 350 nm

What is the energy of photon that has a wavelength

Ответ:

jjaheimhicks3419

12.03.2022

If we use the equation:

$e=\frac{c*h}{lambda}$

Where e is energy in joules, c is the speed of light which is $3.0x10^{8}$ m/s, h is Planck's constant and is $6.626x10^{-34}$ J/s, and lambda is wavelength in m, then we can solve for energy.

Converting wavelength from 350 nm to m, we get $3.5x10^{-7}$ m.

Then we plug in the terms:

$e=\frac{(3.0x10^{8} \frac{m}{s})*(6.626x10^{-34}J*s)}{3.5x10^{-7}m}$

$e=5.7x10^{-19}J$

So therefore the energy of the photon is $5.7x10^{-19}J$ .

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Ответ:

bradhunt6056

08.11.2020

Chemistry

manufacturing proteins

Explanation: The endomembrane system is a series of compartments that work together to package, label, and ship proteins and molecules. In your cells, the endomembrane system is made up of both the endoplasmic reticulum and the Golgi apparatus. These compartments are folds of membranes that form tubes and sacs in your cells.

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What is the energy of photon that has a wavelength of 350 nm

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