Question

name 10 bases with their molecular formula​

Answer 1

Answer:

1. NaOH(sodium hydroxide)
2. KOH(potassium hydroxide)
3. Ca(OH) 2(calcium hydroxide)
4. Mg(OH) 2 (magnesium hydroxide)
5. Barium hydroxide (Ba(OH)2)
6. 6.Caesium hydroxide (CsOH)

7.Strontium hydroxide (Sr(OH)2)

8.Lithium hydroxide (LiOH)

9.Rubidium hydroxide (RbOH)

10.Ammonium hydroxide (NH4OH)

Hope it helped u... Please mark me as the brainliest... All th best

Thankyou dear.

Answer 2

Answer:

S.No                Name of the Base                         Chemical Formula

1                 Ammonia                                        NH3

2                      Calcium Hydroxide                 Ca(OH)2

3               Lithium Hydroxide                         LiOH

4                 Acetone                                        C3H6O (or) (CH3)2CO

5                 Methylamine                                CH3NH2

6                 Potassium Hydroxide                KOH

7                 Magnesium Hydroxide                Mg(OH)2

8                 Pyridine                                        C5H5N

9                 Sodium Hydroxide                        NaOH

10                 Zinc Hydroxide                        Zn(OH)2

Explanation:

A 'base' is a substance that, when dissolved in aqueous media, releases hydroxide ions. Basic substances typically have a bitter taste (especially alkalis) and are slippery to the touch. They convert red litmus paper to blue litmus paper. They form salts through chemical reactions with acidic substances. They usually accept H+ ions (or protons) from appropriate donor compounds. They contain hydroxide ions that can be partially or completely displaced.

Bases, when dissolved in water, reduce hydrogen ion activity by changing the autoionization equilibrium of water (which establishes an equilibrium between water molecules, positively charged hydronium/hydrogen ions, and negatively charged hydroxide ions). When bases are dissolved in water, the pH is effectively raised above the 7.0 mark.

#SPJ2