Two bodies $A$ and $B$ of equal surface area have thermal emissivities of $0.01$ and $0.81$ respectively. The two bodies are radiating energy at the same rate. Maximum energy is radiated from the two bodies A and B at wavelengths $\lambda _A$ and $\lambda_B$ respectively. Difference in these two wavelength is $1 \; \mu m $. If the temperature of the body A is $5802\;K,$ then value of $\lambda _B$ is
Clay6 needs your help to survive. We have roughly 7 lakh students visiting us monthly. We want to keep our services free and improve with prompt help and advanced solutions by adding more teachers and infrastructure.
A small donation from you will help us reach that goal faster. Talk to your parents, teachers and school and spread the word about clay6. You can pay online or send a cheque.
Below are our bank details. If doing online transfer (IMPS, NEFT),
please send a screenshot of the payment transaction receipt from bank
(send to firstname.lastname@example.org) along with your name and contact details,
and we will email you a thank you note when we receive your payment.
Name on the Account: GEAZY TECHNOLOGIES LLP
A/c Number: 10020391336
IFSC code: IDFB0080102
Bank Name: IDFC First Bank
Branch: NUNGAMBAKKAM, CHENNAI
Please give us at least 24 hours for the payment to be processed.
Send a crossed cheque made to "GEAZY TECHNOLOGIES LLP" and on a
separate sheet please mention your name and contact details. We will email you
a thank you note when we receive your payment. Send the cheque to:
GEAZY TECHNOLOGIES LLP
FIRST FLOOR DOOR NO 119
FIRST MAIN ROAD, BHUVANESHWARI NAGAR
VELACHERY, CHENNAI - 600042
TAMIL NADU, INDIA
Please give us at least one week for the cheque to be processed.