Balance the following chemical equation and give the value for X

WC₃H₈  (l) + XO₂ (g) --> YCO₂ (g) + ZH₂O (l)

(a)  

Balance the following chemical equation and give the value for Y

WC₃H₈  (l) + XO₂ (g) --> YCO₂ (g) + ZH₂O (l)

(a)  

Balance the following chemical equation and give the value for Z

WC₃H₈  (l) + XO₂ (g) --> YCO₂ (g) + ZH₂O (l)

(a)  

Balance the following chemical equation and give the value for W

WAl₂(SO₃)₃ + XNaOH --> YNa₂SO₃ + ZAl(OH)₃

(a)  

Balance the following chemical equation and give the value for X

WAl₂(SO₃)₃ + XNaOH --> YNa₂SO₃ + ZAl(OH)₃

(a)  

Balance the following chemical equation and give the value for Y

WAl₂(SO₃)₃ + XNaOH --> YNa₂SO₃ + ZAl(OH)₃

(a)  

Balance the following chemical equation and give the value for Z

WAl₂(SO₃)₃ + XNaOH --> YNa₂SO₃ + ZAl(OH)₃

(a)  

Balance the following chemical equation and give the value for W

WAl₂O₃ + XFe --> YFe₃O₄ + ZAl

(a)  

Balance the following chemical equation and give the value for X

WAl₂O₃ + XFe --> YFe₃O₄ + ZAl

(a)  

Balance the following chemical equation and give the value for Y

WAl₂O₃ + XFe --> YFe₃O₄ + ZAl

(a)  

Balance the following chemical equation and give the value for Z

WAl₂O₃ + XFe --> YFe₃O₄ + ZAl

(a)  

Potassium chlorate can decompose according to the following reaction:

XKClO₃ --> YKCl + ZO₂

Balance this equation and give the value of X.

(a)  

Potassium chlorate can decompose according to the following reaction:

XKClO₃ --> YKCl + ZO₂

Balance this equation and give the value of Y.

(a)  

Potassium chlorate can decompose according to the following reaction:

XKClO₃ --> YKCl + ZO₂

Balance this equation and give the value of Z.

(a)  

Ammonium nitrate can decompose according to the following reaction:

XNH₄NO₃ --> YN₂O + ZH₂O

Balance this equation and give the value of X.

(a)  

Ammonium nitrate can decompose according to the following reaction:

XNH₄NO₃ --> YN₂O + ZH₂O

Balance this equation and give the value of Y.

(a)  

Ammonium nitrate can decompose according to the following reaction:

XNH₄NO₃ --> YN₂O + ZH₂O

Balance this equation and give the value of Z.

(a)  

Bicarbonate of soda can decompose by the following reaction:

WNaHCO₃ --> XNa₂CO₃ + YH₂O + ZCO₂

Balance this equation and give the value of W.

(a)  

Phosphoric acid can be formed by the following reaction:

XP₄O₁₀ + YH₂O --> ZH₃PO₄

Balance this equation and give the value of X.

(a)  

Phosphoric acid can be formed by the following reaction:

XP₄O₁₀ + YH₂O --> ZH₃PO₄

Balance this equation and give the value of Y.

(a)  

Phosphoric acid can be formed by the following reaction:

XP₄O₁₀ + YH₂O --> ZH₃PO₄

Balance this equation and give the value of Z.

(a)  

Aluminium sulfate is a chemical which is often used in water purification processes. It can be manufactured by the process outlined below:

WAl + XH₂SO₄ --> YAl₂(SO₄)₃ + ZH₂

Balance this equation and state the value of W.

(a)  

Aluminium sulfate is a chemical which is often used in water purification processes. It can be manufactured by the process outlined below:

WAl + XH₂SO₄ --> YAl₂(SO₄)₃ + ZH₂

Balance this equation and state the value of X.

(a)  

Balance the following equation and identify X:

WBe₂C + XH₂O --> YBe(OH)₂ + ZCH₄

(a)  

Balance the following equation and identify Y:

WBe₂C + XH₂O --> YBe(OH)₂ + ZCH₄

(a)  

Balance the following equation and identify W:

VS + WHNO₃ --> XH₂SO₄ + YNO₂ + ZH₂O

(a)  

Balance the following equation and identify Z:

VS + WHNO₃ --> XH₂SO₄ + YNO₂ + ZH₂O

(a)  

Balance the following equation and identify Y:

VNH₃ + WCuO --> XCu + YN₂ + ZH₂O

(a)  

Balance the following equation and identify W:

VNH₃ + WCuO --> XCu + YN₂ + ZH₂O

(a)  

Balance the following equation and identify W:

VCu + WHNO₃ --> XCu(NO₃)₂ + YNO + ZH₂O

(a)  

Balance the following equation and identify X:

VCu + WHNO₃ --> XCu(NO₃)₂ + YNO + ZH₂O

(a)