![1. \: why \: does \: the \: amount \: of \: water \: remain \: same \: on \: the \: earth \: all \: the \: time 1. \: why \: does \: the \: amount \: of \: water \: remain \: same \: on \: the \: earth \: all \: the \: time](https://tex.z-dn.net/?f=1.+%5C%3A+why+%5C%3A+does+%5C%3A+the+%5C%3A+amount+%5C%3A+of+%5C%3A+water+%5C%3A+remain+%5C%3A+same+%5C%3A+on+%5C%3A+the+%5C%3A+earth+%5C%3A+all+%5C%3A+the+%5C%3A+time)
Answers
Answered by
3
Answer:
The amount of water on the Earth is constant, or nearly so. Actually, the amount is increasing ever so slightly due to volcanic eruptions expelling water vapor into the atmosphere, but, for all practical purposes, the amount of water (as a gas, liquid and as snow and ice) can be considered to be constant.
Answered by
1
Answer:
The amount of water on the Earth is constant, or nearly so. Actually, the amount is increasing ever so slightly due to volcanic eruptions expelling water vapor into the atmosphere, but, for all practical purposes, the amount of water can be considered to be constant
Explanation:
Similar questions
Biology,
2 months ago
Math,
2 months ago
World Languages,
5 months ago
Computer Science,
5 months ago
Chemistry,
1 year ago
Math,
1 year ago