Calculate the ratio of the spectral radiances of black bodies at 300 K and 6000 K at
Question:
Calculate the ratio of the spectral radiances of black bodies at 300 K and 6000 K at
(i) A wavelength of 0.1 μm,
(ii) A wavelength of 1 μm,
(iii) A frequency of 1000 GHz,
(iv) A frequency of 1 GHz.
Fantastic news! We've Found the answer you've been seeking!
Step by Step Answer:
Answer rating: 56% (16 reviews)
The formula for the ratio is where T 1 6000 K and T 2 300 K i At a ...View the full answer
Answered By
Ankit Mahajan
I am an electrical engineering graduate from Thapar institute of engineering and technology.
Qualified exams - GATE 2019,2020.
CAT EXAM 2021- 91.4 percentile
SSC EXAMS- 2019,2020,2021
AFCAT EXAM- 2019,2020,2021
I want to share my knowledge with other people so that they can achieve the same.
I have strong hold Mathematics, Electrical engineering and all the subjects related.
Just give me a problem and I will give you the solution of it.
5.00+
1+ Reviews
10+ Question Solved
Related Book For
Question Posted:
Students also viewed these Physics questions
-
Calculate the ratio of the translational partition functions of xenon and helium at the same temperature and volume.
-
Calculate the ratio of the resistance of 10.0m of aluminum wire 2.0 mm in diameter, to 20.0m of copper wire 2.5 mm in diameter.
-
Calculate the ratio of the electrostatic to gravitational inter-action forces between two electrons, between two protons. At what value of the specific charge q/m of a particle would these forces...
-
1. Read the following article about the new circle with disney product and answer the following questions. in doing so, take on the role as the marketing manager responsible for the product and...
-
Paulette is the owner of the Rock on Mobile Home Park. For several years, Albert regularly collected rent for Paulette from the tenants of the mobile home park. Recently, Paulette learned that Albert...
-
Consider a recent health-related situation you were involved in. Which life situation (Sect. 1.2) does it correspond to and what was your role in this life situation (Sect. 1.3)? List some of the...
-
The 2008 comparative balance sheet and income statement of Digital Subscriptions, Inc.. follow. Digital Subscriptions had no noncash investing and financing trans- actions during 2008. During the...
-
1. Describe how the work thats done at Google can result in employees feeling both very stressed and also very positive about their work and the company. In what way do these effects depend on Google...
-
What are the principles underlying the design and analysis of complex structural systems, particularly in regard to non-linear behavior and dynamic loading scenarios ?
-
James A. and Ella R. Polk, ages 70 and 65, respectively, are retired physicians who live at 3319 Taylorcrest Street, Houston, Texas 77079. Their three adult children (Benjamin Polk, Michael Polk, and...
-
When radiation having a Stokes vector S = [S 0 , S 1 , S 2 , S 3 ] is incident on an antenna that receives only linearly x-polarised radiation, the detected power is proportional to S.P, where P =...
-
Show that the Fourier transform of the Gaussian function is proportional to and interpret the result. - ) f(1) = exp 202 ioto o?o exp 2
-
Find dy/dx when y is (a) (3x 2x + 1) (b) (c) (x + 1)(x - 1) (d) 1 (5x2 2)7 (2x + 1) (x + 1)
-
Determine the steady-state amplitudes for the equation \[\ddot{x}+0.05 \dot{x}+x+0.01 x^{3}=0.03 \sin 1.01 t\]
-
What is \(P(0)\) for the normalized Gaussian distribution?
-
A narrowband process has a power spectral density defined over a narrow band of frequencies. Indicate whether the statement presented is true or false. If true, state why. If false, rewrite the...
-
A beam element has four degrees of freedom. Indicate whether the statement presented is true or false. If true, state why. If false, rewrite the statement to make it true.
-
The boundary conditions at a free end for a beam are natural boundary conditions. Indicate whether the statement presented is true or false. If true, state why. If false, rewrite the statement to...
-
Analyze each equation and graph it. 2 sin 0
-
The area of a rectangle is 30 cm 2 and its perimeter is 26 cm. Find the length and width of the rectangle.
-
A telescope is used to observe at a distance of 10 km two objects which are 0.12 m apart and illuminated by light of wavelength 600 nm. Estimate the diameter of the objective lens of the telescope if...
-
The visibility V of the fringes observed in a Michelson interferometer is defined as Where Imax and Imin are the intensities at the maxima and minima of the fringe pattern. In observations of the...
-
The viscosity of gas depends on the mass, the effective diameter and the mean speed of the molecules. Use dimensional analysis to find as a function of these variables. Hence estimate the diameter...
-
In Year 1, Lee Incorporated billed its customers $56,300 for services performed. The company collected $41,700 of the amount bille Lee incurred $36,000 of other operating expenses on account. Lee...
-
The Mariana Trench is approximately 6.78 miles deep. Given that the specific gravity of sea water is 1.03, what is the hydrostatic (gauge) pressure at the bottom of the trench? What is the absolute...
-
All payments are end-of-period unless otherwise stated. a) The revenue stream of a project is estimated as $250K in the first year, and grows at 5% p.a. over the 15 years of the study period. MARR is...
Study smarter with the SolutionInn App