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Chemistry-

General

Easy

Question

The major product formed in the reaction is:

The correct answer is:

Related Questions to study

How many benzylic hydrogens are present in the hydrocarbon shown below?

How many benzylic hydrogens are present in the hydrocarbon shown below?

Chemistry-General

The product obtained from the reaction is:

The product obtained from the reaction is:

Chemistry-General

Which of the following species would not be involved in the H off man n rearrangement shown below?

Which of the following species would not be involved in the H off man n rearrangement shown below?

Chemistry-General

parallel

A line is such that its intercepts on the co-ordinate axes are e and where e and are the eccentricities of a hyperbola and its conjugate hyperbola. If this line is touching a fixed circle, then the area of the circle is

A line is such that its intercepts on the co-ordinate axes are e and where e and are the eccentricities of a hyperbola and its conjugate hyperbola. If this line is touching a fixed circle, then the area of the circle is

$S equals y squared minus 4 x plus 4 equals 0$ and $S to the power of 1 equals 0$ is a hyperbola whose asympotes are the tangents drawn from origin to S = 0, and length of transverse axis is equal to length of latus rectum of S = 0. If $straight S comma straight S to the power of 1$ intersect at two points A and B then distance AB is

$S equals y squared minus 4 x plus 4 equals 0$ and $S to the power of 1 equals 0$ is a hyperbola whose asympotes are the tangents drawn from origin to S = 0, and length of transverse axis is equal to length of latus rectum of S = 0. If $straight S comma straight S to the power of 1$ intersect at two points A and B then distance AB is

The major product formed in the following reaction is

The major product formed in the following reaction is

Chemistry-General

parallel

If coefficient of $x squared y cubed z to the power of 4$ in $left parenthesis x plus y plus z right parenthesis to the power of n$ is, $A$ then coefficient of $x to the power of 4 y to the power of 4 z$ is

If coefficient of $x squared y cubed z to the power of 4$ in $left parenthesis x plus y plus z right parenthesis to the power of n$ is, $A$ then coefficient of $x to the power of 4 y to the power of 4 z$ is

Chemistry-General

What is the product(Q)of the following reaction?

What is the product(Q)of the following reaction?

Chemistry-General

parallel

,Rate of reaction to ward Beck man n rearrangement when

,Rate of reaction to ward Beck man n rearrangement when

Chemistry-General

r is the radius of a circle whose centre is the origin. If the circle does not intersect the hyperbola xy=1, then the range of r is the interval

r is the radius of a circle whose centre is the origin. If the circle does not intersect the hyperbola xy=1, then the range of r is the interval

A ray emanating from the point (5,0) is incident on the hyperbola $9 x squared minus 16 y squared equals 144$ at the point P with abscissa 8. The equation of the reflected ray after first reflection is (P lies in first quadrant)

A ray emanating from the point (5,0) is incident on the hyperbola $9 x squared minus 16 y squared equals 144$ at the point P with abscissa 8. The equation of the reflected ray after first reflection is (P lies in first quadrant)

parallel

Let $P open parentheses ct subscript 1 comma straight c over straight t subscript 1 close parentheses$ and $Q open parentheses ct subscript 2 comma straight c over straight t subscript 2 close parentheses$ be the points of a rectangular hyperbola $x y equals c squared$ which subtends at another point R ' of the given hyperbola, if ' s ' be the mid polint of PQ and ' $straight O to the power of straight prime$ centre of the hyperbola then area of the $straight triangle ROS$ is equal to

Let $P open parentheses ct subscript 1 comma straight c over straight t subscript 1 close parentheses$ and $Q open parentheses ct subscript 2 comma straight c over straight t subscript 2 close parentheses$ be the points of a rectangular hyperbola $x y equals c squared$ which subtends at another point R ' of the given hyperbola, if ' s ' be the mid polint of PQ and ' $straight O to the power of straight prime$ centre of the hyperbola then area of the $straight triangle ROS$ is equal to

Statement 1: The number of triangles that can be formed with sides of length a,b,c where a,b,c are integers such that $a less or equal than b less or equal than c equals 15$ is 64 and
Statement 2: In a triangle the longest sides is less than the sum of the other two sides.

Statement 1: The number of triangles that can be formed with sides of length a,b,c where a,b,c are integers such that $a less or equal than b less or equal than c equals 15$ is 64 and
Statement 2: In a triangle the longest sides is less than the sum of the other two sides.

Number of quadrilaterals which can be constructed by joining the vertices of a convex polygon of 20 sides if none of the side of the polygon is also the side of the quadrilateral

Number of quadrilaterals which can be constructed by joining the vertices of a convex polygon of 20 sides if none of the side of the polygon is also the side of the quadrilateral

parallel

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