How much solar energy will be received by $1 m^{2}$ area in one hour if the solar constant is $1.4 k W / m^{2} ?$

50.4J

No worries! We‘ve got your back. Try BYJU‘S free classes today!

504J

No worries! We‘ve got your back. Try BYJU‘S free classes today!

5040kJ

Right on! Give the BNAT exam to get a 100% scholarship for BYJUS courses

5040J

No worries! We‘ve got your back. Try BYJU‘S free classes today!

Open in App

Solution

The correct option is C 5040kJ
Solar constant is $1.4 K W / m$ $^{2}$ . Hence, $1.4 K W / m^{2}$ is incident upon the area of $1 m^{2}$ .
Total energy incident in 1 hour on an area of $1 m^{2}$ will be $1.4 k W$ x $1 h r$
Hence, energy is $1.4 k W H$
$1.4 k W H$ = $5040 k J$ .

Suggest Corrections

Similar questions

Q. How much solar energy will be received by 1 m² area in one hour if the solar constant be 1.4 kW/m²?

If the solar constant is $1.4 k W / m^{2}$ , then the solar energy received by 1 $m^{2}$ area in one hour is :
(a) 5040 j (b) 504.0 kj (c) 5040 kj (d) 5.04 kj

Q. How much solar energy will be received by 125 meter square area on earth’s surface in eight hours if the solar constant is 1.4 kilowatt per square meter?

How much solar energy is received by India in one year?

Join BYJU'S Learning Program

How much solar energy will be received by 1m2 area in one hour if the solar constant is 1.4kW/m2?

The correct option is C 5040kJSolar constant is 1.4 KW/m2. Hence, 1.4 KW/m2 is incident upon the area of 1 m2.Total energy incident in 1 hour on an area of 1 m2 will be 1.4 kW x 1 hrHence, energy is 1.4 kWH1.4 kWH = 5040 kJ.

How much solar energy will be received by $1 m^{2}$ area in one hour if the solar constant is $1.4 k W / m^{2} ?$

The correct option is C 5040kJ
Solar constant is $1.4 K W / m$ $^{2}$ . Hence, $1.4 K W / m^{2}$ is incident upon the area of $1 m^{2}$ .
Total energy incident in 1 hour on an area of $1 m^{2}$ will be $1.4 k W$ x $1 h r$
Hence, energy is $1.4 k W H$
$1.4 k W H$ = $5040 k J$ .