The temperature gradient over the Earth's sur | vedclass

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Question

(B) The temperature gradient over the Earth's surface is approximately $6.4^{\circ} C$ to $6.5^{\circ} C$ per $1000 \, m$ of latitude (moving from the

Vedclass · Accepted Answer

$6.4$ to $6.5^{\circ} C$ per $1000 \, m$ latitude

Vedclass · Answer

(B) The temperature gradient over the Earth's surface is approximately $6.4^{\circ} C$ to $6.5^{\circ} C$ per $1000 \, m$ of latitude (moving from the equator towards the poles). This gradient results in a decrease in mean temperature as one moves from the equator to the poles. Organisms are classified based on their temperature requirements: $1$. Megatherms: Tropical organisms. $2$. Mesotherms: Sub-tropical organisms. $3$. Microtherms: Temperate organisms. $4$. Hekistotherms: Arctic organisms.

Column-$I$ (Temperature)	Column-$II$ (Habitat)
$P$. Sub-zero levels	$I$. Thermal springs
$Q$. Can exceed $50^{\circ}C$	$II$. Polar regions
$R$. Can even exceed $100^{\circ}C$	$III$. High altitude areas
	$IV$. Deep-sea hydrothermal vents
	$V$. Tropical deserts

The temperature gradient over the Earth's surface is:

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Match the following columns:
Column-$I$ (Temperature) Column-$II$ (Habitat)
$P$. Sub-zero levels $I$. Thermal springs
$Q$. Can exceed $50^{\circ}C$ $II$. Polar regions
$R$. Can even exceed $100^{\circ}C$ $III$. High altitude areas
$IV$. Deep-sea hydrothermal vents
$V$. Tropical deserts

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