The correct answer is<span> C) Water takes long to heat and cool down than other liquids.
It doesn't climb up the sides of a tube any more than other solutions do, and being a universal solvent has nothing to do with radiators. It does however take a long time to heat and cool down since you don't have a 100+ celsius burner to heat it up in an instant.</span>
C
I have had this question on a test before!! Hope this helps
Answer:


Explanation:
Hello,
Considering the given reaction's stoichiometry, grams of oxygen result:

Moreover, the mass of produced carbon dioxide turns out:

Best regards.
One is ocean
Two is green house effect is the trapping of gas in the atmosphere and global warming is the heating of the earth
Three is option one