When the chemical equation is balanced what is the ratio of the coefficient of ag(s) to the cofficient of h2o((s)+-(aq)++(aq)→ +(aq)+(g)+(l)a. 1: 1b. 2: 1c. 3: 1d. 3: 2

Ag(s):H2O(l)  = 3:2

For 3 moles Ag(s) we'll have 2 moles H2O(l)

Option D is correct

Explanation:

Step 1: Balancing the equation

3 Ag (s) + 4 HNO3 (aq) → 3 AgNO3 (aq) + NO (g) + 2 H2O (l)

3 A g ( s )  +  4N O  ^3-  +  4 H +  → 3 A g + +3NO3- +   + N O  +  2 H 2 O

3 A g ( s )  +  N O  ^3-(aq)  +  4 H +(aq)  → 3 A g +(aq)   + N O(g)  +  2 H 2 O(l)

Step 2: The ratio between Ag(s) and H2O(l)

Ag(s):H2O(l)  = 3:2

For 3 moles Ag(s) we'll have 2 moles H2O(l)

Option D is correct

Answer is: fusion of hydrogen atoms.

For example, this nuclear reaction is in the inner core of the Sun and hydrogen is conveted into helium. The inner core is the central region of the Sun and all solar energy is produced in the core by nuclear fusion.
Cesium has low ionization energy and lose one electron very easy, but for that energy is needed.
Distillation of ethanol also reqiured energy and does not produce it.