Answered: If the energy received by 6 m² area in…

Science

Physics

If the energy received by 6 m² area in 10 minutes is 3680 KJ. Calculate the value of Solar constant ?

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter1: Temperature And Heat

Section: Chapter Questions

Problem 122AP: (a) Deter-nine the power of radiation from the Sun by noting that the intensity of the radiation at...

See similar textbooks

Related questions

Q: How many watts will be radiated from a spherical black body 25 cm in diameter at a temperature of…

A: Diameter, d = 25 cm Radius, r = d/2 = 12.5 cm = 0.125 m Temperature, T = 900° C Power, P = ?

Q: a) An incandescent light bulb with a surface area of 0.0136 m2 and an emissivity of 0.94 has a…

A: Given that Area (A) =0.0136 m2 Emissivity (e)= 0.94 Temperature (T) =176°C= 176+273=449K

Q: In solar water heater, energy from sun is gathered by water that circulates through the tubes in a…

A: Given value--- efficiency of system = 20 %. Volume = 200 L change in temperature = from 20∘C to…

Q: When going lrom fat toO muscie tiSSUC, 3. (a) Find energy that the light-skinned person (e = 0.6)…

A: If a person is in the sunlight, the Sun’s radiation warms the person. The person absorbs energy at…

Q: What must be the height of a 200mm diameter vertical pipe carrying hot liquid so that the…

A: Convection is the flow of heat by the movement of molecules from the hotter region to the colder…

Q: If the energy received by 4 m² area in 8 minutes is 2890KJ. Calculate the value of Solar constant ?

A: Given data : Time = t Area = A Energy = E To find : Solar constant

Q: Estimate the energy per second (power) radiated from the Sun assuming its surface temperature is…

Q: If the energy received by 3 m² area in 6 minutes is 3690KJ. Calculate the value of Solar constant ?

A: Given data : Time = t Area = A Energy = E To find : Solar constant

Q: The filament of an evacuated light bulb has a length 10 cm, diameter 0.2 mm and emissivity 0.2,…

A: To find- Temperature of filament (T)=? Given- Stefan's constant (σ)=5.67×10-8 S.I. unit Length…

Q: The eye of a stove top has a total area of 0.0628 m2 and gives off energy at a rate of 8720 W. If we…

A: When we consider the top eye to be perfect blackbody, then we can use the relation U = sAT4 Where U…

Q: If the energy received by 6 m2 area. in 9 minutes is 4290KJ. Calculate the value of Solar constant ?

A: Given energy 4290kj and area 6m2 and time 9 minutes We have to calculate the value of Solar…

Q: (W/m), in Santa solar radiation into energy. solar radiation (w/m?} 400 300 200 100 4 8 12 16 20…

A: We have been given curve of intensity of the solar radiation with respect to time. 18% of this…

Q: at Of A black body radiates heat energy the rate of 1.0x10⁰ joule per second per meters at the…

A: Any incident electromagnetic radiation, regardless of frequency or incidence angle, is absorbed by…

Q: If the energy received by 4 m² area in 10 minutes is 2120 KJ. Calculate the value of Solar constant…

A: Given data: Area (A) = 4 m2 Time (t) = 10 minutes = 600 s Energy (E) = 2120 kJ = 2120×103 J…

Q: The emissivity of the human skin is 97.0 percent. Use 35.0 °C for the skin temperature and…

A: “Since you have asked multiple questions, we will solve the first question for you. If youwant any…

Q: If the energy received by 5 m2 area in 10 minutes is 4200 kJ, calculate the value of solar constant.

Q: Calculate the amount of radiation emitted for a unit surface (1 m2) for a white ball at 53°C and…

A: Given data, Surface Area (A)=1 m2 Temperature (T)=530C Emissivity (ε)=0.12

Q: Imagine choosing between two winter jackets. Assume you have access to a heat-generating mannequin…

A: Given: In order to generate a temperature difference (T), an insulation product must be placed…

Q: If the energy received by 8 m² area in 14 minutes is 4600KJ. Calculate the value of Solar constant ?

A: Given data : Energy = E Area = A Time = T To find : Solar constant

Q: The next four questions use this description. Our Sun has a peak emission wavelength of about 500 nm…

A: Given:- The wavelength λ = 500 nm The radius r = 7 x 105 km The dark-adapted eye has a pupil…

Q: The emissivity of the human skin is 97.0 percent. Use 35.0 °C for the skin temperature and…

A: Since you have posted a question with multiple sub-parts, we will solve first three sub-parts for…

Q: Amount of solar energy received on the earth's surface per unit area per unit time is defined a…

Q: If the energy received by 5 m? area in 11 minutes is 3400KJ. Calculate the value of Solar constant ?

A: Given data : Time = t Area = A Energy = E To find : Solar…

Q: Our sun, currently a yellow dwarf, will eventually evolve to a red giant star and then to a white…

A: Given, The Surface temperature of YELLOW DWARF sun (TYD)= 5778 K The radius of YELLOW DWARF sun…

Q: Assume, the average radiation intake of the planet earth increases by 120 W/m² momentarily. The…

Q: The next four questions use this description. Our Sun has a peak emission wavelength of about 500…

Q: What is the net heat current in radiation of an Ice cube at 0 °C if the surrounding air is at 20°C?…

A: Given Data, Temperature of the Ice cube (Ti)=00C Temperature of surrounding (Ts)=200C Length of ice…

Q: After sunset, radiant energy can be sensed by a person standing near a brick wall. Such walls…

A: In this question we are given that after sunset, radiant energy can be sensed by a person standing…

Q: Compute the energy consumption in units of joules per year, gigawatts (GW), and watts per person as…

A: derive answer by change in unit as per equation.

Q: The radiant flux at Earth is 1365 W/m2. Say we move towards the sun to a radius that is 1/3 the…

Concept explainers

Nature of light

Light is transverse and electromagnetic radiation that exhibits the properties of a wave as well as a particle. For this reason, light is said to have a “dual nature.”

Question

If the energy received by 6 m² area in
10 minutes is 3680 KJ. Calculate the
value of Solar constant ?

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step by step

Solved in 2 steps with 2 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, physics and related others by exploring similar questions and additional content below.

Similar questions

If the energy received by 6 m2 area. in 9 minutes is 4290KJ. Calculate the value of Solar constant ?
Asap
Estimate the angle made by rays radiation with the normal to a PV cell on 1 Dec at 9:00 am solar time for a location at 28° N and the PV is tiled at angle of lilted at latitude plus 10° with the horizontal and is pointing being to south.
(W/m), in Santa solar radiation into energy- solar radiation (w/m?) 400 300 200 100 time (hrs past midnight) 4 8 12 16 20 ot dengndi lo
A lightbulb works with a filament of 100 µm diameter and 30 cmlength of tungsten. You apply a voltage of 12 V. Compute theemitted total power assuming that convection can be neglected. Whatis the resulting filament temperature if the emissivity was 0.7?
1.2
second Of A black body radiates heat energy at the rate of 1.0x105 joule per per meters at the temperature of 127 °C. Calculate temperature of the black body the rate of heat radiation at which is 16.0 X 105 foule per second per meter 2
Imagine choosing between two winter jackets. Assume you have access to a heat-generating mannequin with variable heat output. Insulation is comparable to (TB – TA)/M in the chapter 10 calculation. (This is a generic insulating equation.) How would you quantify the two jackets' insulation?
When going lrom fat toO muscie tiSSUC, 3. (a) Find energy that the light-skinned person (e = 0.6) with a skin area of A =1.7m2 receives from solar radiation incident at angle 0 = 60°. (b) Find energy that the dark-skinned person (e = 0.8) with a skin area of A =1.7m2 receives from solar radiation incident at angle 0 = 60 %3D %3D %3D
Assume solar flux falling on a typical panel on planet earth to be 1370 Watts per square meter with sunshine at least half of the year and roughly one quarter of the earth surface bathed in sunlight daily as the planet rotates. The best panels convert photonic energy to electrical energy at about 25 % (efficiency). Given that the world consumes around 600 exaJoules (one exaJ = 1028 J) how much area would be required to power up the world with solar arrays. (Give your answer in square kilometers please!)
what is the total power P radiated by the sun given the inensity of sunlight at the earth if I, the earth sun distance is R and the radius of the earth is r. Do not include any other values besides those listed
Estimate the energy per second (power) radiated from the Sun assuming its surface temperature is 5,800 K and emissivity is 1. Estimate the fraction of this energy that reaches the Earth?