nick3001 nick3001
  • 08-03-2017
  • Physics
contestada

find the momentum of a photon with a wavelength of 1.55m (radio wave)

Respuesta :

dexteright02
dexteright02 dexteright02
  • 08-03-2017
Where "λ" (lambda) is the wavelength, "h" is the Planck constant, and "p" is the momentum. Then we have to P = h / λ

Data:
P (momentum) = ?
λ (wavelenght) = 1.55 m
h (Planck constant) = [tex]6.63*10^{34} J.s[/tex]

Formula:
[tex]P = h / \Lambda[/tex]

Solving:
[tex]P = h / \Lambda[/tex]
[tex]P = \frac{6.63*10^{34}}{1.55} [/tex]
[tex]\boxed{\boxed{P \approx 4.27^{34} J.s/m}}\end{array}}\qquad\quad\checkmark[/tex]
Answer Link

Otras preguntas

Women now comprise approximately _____ of the aids cases worldwide.
Raj is visiting the United States and needs to convert 2,000 rupees to US dollars
What are the four elements of a compensation plan for​ salespeople?
Does silver effect the economy of south america in any way?
HELP!!!!!!!! FIRST TO ANSWER GETS MARKED AS BRAINLIEST! I need some examples of identity diffusion, identity foreclosure, and identity achievement in The Boy in
Which country spearheaded the trend in scientific expeditions?
What are the major gaseous substances that make up jupiter and saturn?
1. Which description best shows the Supreme Court's power of judicial review? A. the power to prevent unconstitutional laws from being passed by Congress B. the
which of the following roles does an introduction not play in an explanatory essay
jane gave birth to a baby boy two weeks ago.jane should visit a(n) for regular checkups
good job