w $C_{3} H_{8}$ + x $O_{2}$ $\to$ y $H_{2} 0$ + z $C O_{2}$

The above equation represents a balance chemical reaction, the vaule of w+x+y+z is _______.

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Solution

The correct option is C
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w $C_{3} H_{8}$ + x $O_{2}$ $\to$ y $H_{2} 0$ + z $C O_{2}$

The above equation represents a balance chemical reaction, the vaule of w+x+y+z is _______.

The distance of the point (1, 0, 2) from the point of intersection of the line
$\frac{x - 2}{3} = \frac{y + 1}{4} = \frac{z - 2}{12}$ and the plane x - y + z = 16 is

Q. For the balanced chemical equation :

x H_{2} S O_{4} + y S O_{2} + z N a_{2} C r O_{4} ⟶ C r_{2} (S O_{4})_{3} + a N a_{2} S O_{4} + b H_{2} O

The value of x+y+z-a-b is :

$B a r i u m C h l o r i d e + A l u m i n i u m S u l p h a t e \to B a r i u m S u l p h a t e + A l u m i n i u m C h l o r i d e$

Which of the following balanced chemical equation represent the above chemical reaction correctly?

$B a r i u m C h l o r i d e + A l u m i n i u m S u l p h a t e \to B a r i u m S u l p h a t e + A l u m i n i u m C h l o r i d e$

Which of the following options correctly represents the balanced chemical equation for the above reaction?

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w C3H8 + x O2 → y H20 + z CO2 The above equation represents a balance chemical reaction, the vaule of w+x+y+z is _______.

The correct option is C 13

w $C_{3} H_{8}$ + x $O_{2}$ $\to$ y $H_{2} 0$ + z $C O_{2}$

The above equation represents a balance chemical reaction, the vaule of w+x+y+z is _______.

The correct option is C
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