Chemistry-
General
Easy

Question

The product formed in the reaction is -

  1.    
  2.    
  3.    
  4.    

The correct answer is:

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Which of the following would be formed as the major product in the reaction -

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A long rectangular slab of transparent medium of thickness 'd' placed a table with its length parallel to the x-axis and width parallel to the y-axis. A ray of light travelling in air makes a near normal incidence on the slab as shown. Taking the point of incidence as origin (0,0,0). The refraction index  of the medium varies as mu equals fraction numerator mu subscript 0 over denominator 1 minus open parentheses x over r close parentheses end fraction , where mu subscript 1 and r left parenthesis greater than d right parenthesis are constants. The refractive index of airis 1

The x-coordinate of the point A where the ray intersects the upper surface of the slab air boundary is

A long rectangular slab of transparent medium of thickness 'd' placed a table with its length parallel to the x-axis and width parallel to the y-axis. A ray of light travelling in air makes a near normal incidence on the slab as shown. Taking the point of incidence as origin (0,0,0). The refraction index  of the medium varies as mu equals fraction numerator mu subscript 0 over denominator 1 minus open parentheses x over r close parentheses end fraction , where mu subscript 1 and r left parenthesis greater than d right parenthesis are constants. The refractive index of airis 1

The x-coordinate of the point A where the ray intersects the upper surface of the slab air boundary is

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In the diagram shown ray of light is incident an the first medium boundary at angle 30° the medium has refractive index 2 .

The second layer has refraction index mu divided by 2 A graph is given between deviation and refractive index ' mu  '. The deviation is measured by cansidering the final emergent ray and the incident ray. Value of theta subscript 2  will be

In the diagram shown ray of light is incident an the first medium boundary at angle 30° the medium has refractive index 2 .

The second layer has refraction index mu divided by 2 A graph is given between deviation and refractive index ' mu  '. The deviation is measured by cansidering the final emergent ray and the incident ray. Value of theta subscript 2  will be

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In the diagram shown ray of light is incident an the first medium boundary at angle 30° the medium has refractive index 2 .

The second layer has refraction index mu divided by 2 A graph is given between deviation and refractive index ' mu  '. The deviation is measured by considering the final emergent ray and the incident ray.
Value of theta subscript 1 will be

In the diagram shown ray of light is incident an the first medium boundary at angle 30° the medium has refractive index 2 .

The second layer has refraction index mu divided by 2 A graph is given between deviation and refractive index ' mu  '. The deviation is measured by considering the final emergent ray and the incident ray.
Value of theta subscript 1 will be

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In the diagram shown ray of light is incident an the first medium boundary at angle 30° the medium has refractive index 2 .

The second layer has refraction index  mu divided by 2 A graph is given between deviation and refractive index blank to the power of straight prime mu to the power of straight prime  . The deviation is measured by considering the final emergent ray and the incident ray.
Value mu subscript 1 will be

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The second layer has refraction index  mu divided by 2 A graph is given between deviation and refractive index blank to the power of straight prime mu to the power of straight prime  . The deviation is measured by considering the final emergent ray and the incident ray.
Value mu subscript 1 will be

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The figure shows variation of R, XL and XC with frequenc f in a series L, C, R circiut Then for what frequency point, the circiut is inductive

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In the series L-C-R circuit figure the voltmeter and ammeter readings are

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In the following circuit, the values of current will flowing in the circuit at f = 0 and f equals infinity respectively be

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