Match the following:
$\begin{matrix} 1. Rate of Emission & I. Temperature of the Surroundings 2. Rate of Absorption & II. Temperature of the Body \end{matrix}$

1-I, 2-II

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

1-II, 2-I

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

Open in App

Solution

The correct option is B
1-II, 2-I

how much a body gives off radiation depends on its own temperature, whereas the rate of it's absorption is dependent on the surrounding temperature.

Suggest Corrections

Similar questions

Q. Match the following:
1. Rate of Emission I. Temperature of the Surroundings
2. Rate of Absorption II. Temperature of the Body

Match the following:
$\begin{matrix} Animals & Breathing organs 1. & Dolphin & A. & Lungs 2. & Human & B. & Skin 3. & Fish & C. & Blowhole 4. & Earthworm & D. & Gills \end{matrix}$

Q. Match the following:

\begin{matrix} A & B 1. & Androecium & a & Whorl of sepals 2. & Gynoecium & b & Whorl of petals 3. & Corolla & c & Whorl of stamens 4. & Calyx & d & Whorl of pistil/carpel \end{matrix}

Match the following:

State of matter		A	B
1.	Gas	Soil	Milk
2.	Solid	Kerosene	Oxygen
3.	Liquid	Carbon Monoxide	Peas

Match the following:

\begin{matrix} Column I & Column II a. Number of elements found in plants & 1. 8 b. Number of essential elements & 2. 100 c. Number of macroelements & 3. > 60 d. Number of microelements & 4. 17 e. Number of non-essential elements & 5. 9 6. > 17 \end{matrix}

Join BYJU'S Learning Program

Match the following: 1. Rate of EmissionI. Temperature of the Surroundings2. Rate of AbsorptionII. Temperature of the Body

The correct option is B 1-II, 2-I how much a body gives off radiation depends on its own temperature, whereas the rate of it's absorption is dependent on the surrounding temperature.

Match the following:
$\begin{matrix} 1. Rate of Emission & I. Temperature of the Surroundings 2. Rate of Absorption & II. Temperature of the Body \end{matrix}$

The correct option is B
1-II, 2-I

how much a body gives off radiation depends on its own temperature, whereas the rate of it's absorption is dependent on the surrounding temperature.