Pick the correct statements for the reaction given below (To theright means the new equilibrium has more product, to the left meansthe new equilibrium has more reactant ) A a removing CO 2 to the left b removing CO 2 no change c removing CO 2 to the right d adding CO tothe left e adding CO no change f adding CO to the right g adding SiO 2 to the left h adding SiO 2 no change i adding SiO 2 to the right B Pick the correct statements for the above reaction Answer Choices a removing H 2 O to the left b removing H 2 O no change c removing H 2 O to the right d expanding the volume to the left e expanding the volume no change f expanding the volume to the right C Pick the correct statements for the above reaction Answer Choices a increasing total pressure by adding an inert gas to theleft b increasing total pressure by adding an inert gas nochange c increasing total pressure by adding an inert gas to theright d increasing total pressure by changing the volume to theleft e increasing total pressure by changing the volume nochange f increasing total pressure by changing the volume to theright Si (CH), (g) 12CO (g) SiO (s) 16CO(g) 6HO(l) SIO2 (s) 16 CO (g) 6 H20 (1) Si (CH3)4 (g) 12 CO2 (g)

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Pick the correct statements for the reaction given below. (To theright means the new equilibrium has more product, to the left meansthe new equilibrium has

Pick the correct statements for the reaction given below. (To theright means the new equilibrium has more product, to the left meansthe new equilibrium has more reactant.)

a.	removing CO₂--to the left
	b.	removing CO₂--no change
	c.	removing CO₂--to the right
	d.	adding CO--tothe left
	e.	adding CO--no change
	f.	adding CO--to the right
	g.	adding SiO₂--to the left
	h.	adding SiO₂--no change
	i.	adding SiO₂--to the right

Pick the correct statements for the above reaction.

	Answer Choices
	a.	removing H₂O--to the left
	b.	removing H₂O--no change
	c.	removing H₂O--to the right
	d.	expanding the volume--to the left
	e.	expanding the volume--no change
	f.	expanding the volume--to the right

Pick the correct statements for the above reaction.

	Answer Choices
	a.	increasing total pressure by adding an inert gas--to theleft
	b.	increasing total pressure by adding an inert gas--nochange
	c.	increasing total pressure by adding an inert gas--to theright
	d.	increasing total pressure by changing the volume--to theleft
	e.	increasing total pressure by changing the volume--nochange
	f.	increasing total pressure by changing the volume--to theright

Si (CH), (g)+12CO (g) SiO (s) +16CO(g) + 6HO(l) >>SIO2 (s) + 16 CO (g) + 6 H20 (1) Si (CH3)4 (g) + 12 CO2 (g)

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ANSWER AND STEP BY STEP EXPLANATION The correct statements for the reaction given are a removing CO2to the left b removing H2Oto theleft c expanding the volumeto the left d increasing total pressure by adding an inert gasto the right e increasing total pressure by changing the volumeto the right Explanation In a chemical reaction equilibrium is reached when the concentrations of the reactants and products remain constant When one of the reactants is removed the equilibrium shifts to the left meaning that the reaction produces more of the reactants When one of the products is removed the equilibrium shifts to the right meaning that the reaction produces more of the products Similarly when the volume of the reaction is increased the equilibrium shifts to the left producing more reactants On the other hand when the total pressure of the reaction is increased by adding an inert gas or changing the volume the equilibrium shifts to the right producing more products Therefore in the given reaction removing CO2 ... blur-text-image