Solved

How Much Energy Is Radiated Each Second by One Square 5.67×10125.67 × 10^{12}

Question 69

Multiple Choice

How much energy is radiated each second by one square meter of a star whose temperature is 10,000 K Note: σ in the Stefan-Boltzmann law is equal to . How much energy is radiated each second by one square meter of a star whose temperature is 10,000 K Note: σ in the Stefan-Boltzmann law is equal to . A) 5.67 × 10^{12} J B) 5.67 × 10^8 J C) 5.67 × 10^4 J D) 300 nm E) 300,000,000 nm


A) 5.67×10125.67 × 10^{12} J
B) 5.67×1085.67 × 10^8 J
C) 5.67×1045.67 × 10^4 J
D) 300 nm
E) 300,000,000 nm

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q64: An atom can be excited<br>A)if it emits

Q65: A blackbody emits a continuous spectrum.

Q66: If the change in wavelength is less

Q67: The number of _ in the nucleus

Q68: The figure shows a color image of

Q70: The lowest energy level in an atom

Q71: When an electron transitions from a higher

Q72: If continuous spectrum light from a star

Q73: The Doppler effect is sensitive only to

Q74: Two white dwarf stars are the same