Question

# (Me)_{2}SiCl_{2} on hydrolysis will produce -

## The correct answer is:

Silicone

### Related Questions to study

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### The coefficient of in is

### (Me)_{2}SiCl_{2} on hydrolysis will produce -

### (Me)_{2}SiCl_{2} on hydrolysis will produce -

An elastic string of unstretched length and force constant is stretched by a small length . It is further stretched by another small length . The work done in the second stretching is

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Reason (R): If is divided by then the remainder is f(a)

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Statement II Principle of conservation of momentum holds true for all kinds of collisions.

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Statement II Principle of conservation of momentum holds true for all kinds of collisions.

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### The greatest possible number of points of intersections of 8 straight line and 4 circles is :

The students can make an error if they don’t know about the formula for calculating the number of points as mentioned in the hint which is as follows

The number point of intersection between two lines can be counted by finding the number of ways in which two lines can be selected out of the lot as two lines can intersect at most one point.

The number point of intersection between two circles can be counted by finding the number of ways in which two circles can be selected out of the lot multiplied by 2 as two circles can intersect at most two points.

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### The greatest possible number of points of intersections of 8 straight line and 4 circles is :

The students can make an error if they don’t know about the formula for calculating the number of points as mentioned in the hint which is as follows

The number point of intersection between two lines can be counted by finding the number of ways in which two lines can be selected out of the lot as two lines can intersect at most one point.

The number point of intersection between two circles can be counted by finding the number of ways in which two circles can be selected out of the lot multiplied by 2 as two circles can intersect at most two points.

The number point of intersection between two circles can be counted by finding the number of ways in which one circle and one line can be selected out of the lot multiplied by 2 as one circle and one line can intersect at most two points.