Using the values of atomic masses given below, find the molecular mass

1.	Using the values of atomic masses given below, find the molecular masses of: (Atomic masses: H = 1; O = 16; Na = 23; N = 14; Ca = 40; K = 39; Cl = 35 ) i) H2O ii) NaOH iii) HNO3 iv) CaCl2 v) KCl
Answer» Answer: *Metal Carbonates are a TYPE of base that produce a salt, water and CARBON dioxide when they REACT with an acid. Acid + Metal Carbonates → Salt + Water + Carbon Dioxide.* Explanation: HOPE it will HELPFUL for you thanks..

Using the values of atomic masses given below, find the molecular masses of: (Atomic masses: H = 1; O = 16; Na = 23; N = 14; Ca = 40; K = 39; Cl = 35 ) i) H2O ii) NaOH iii) HNO3 iv) CaCl2 v) KCl

Answer»

Answer:

Metal Carbonates are a TYPE of base that produce a salt, water and CARBON dioxide when they REACT with an acid. Acid + Metal Carbonates → Salt + Water + Carbon Dioxide.

Explanation:

HOPE it will HELPFUL for you thanks..

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Using the values of atomic masses given below, find the molecular masses of: (Atomic masses: H = 1; O = 16; Na = 23; N = 14; Ca = 40; K = 39; Cl = 35 ) i) H2O ii) NaOH iii) HNO3 iv) CaCl2 v) KCl​

HOPE it will HELPFUL for you thanks..

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Using the values of atomic masses given below, find the molecular masses of: (Atomic masses: H = 1; O = 16; Na = 23; N = 14; Ca = 40; K = 39; Cl = 35 ) i) H2O ii) NaOH iii) HNO3 iv) CaCl2 v) KCl