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Product is-
The correct answer is:
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chemistry-
The major product formed in the reaction is –
The major product formed in the reaction is –
chemistry-General
chemistry-
Consider the following reaction:
Which of the following types of hydrogen atoms are most easily abstracted by the bromine atom to form HBr ?
Consider the following reaction:
Which of the following types of hydrogen atoms are most easily abstracted by the bromine atom to form HBr ?
chemistry-General
chemistry-
If the mixture of the following four aromatic compounds on oxidation by strong oxidising agent gives -
If the mixture of the following four aromatic compounds on oxidation by strong oxidising agent gives -
chemistry-General
chemistry-
Which of the following chemical systems are aromatic ?
I) 
II) 
III) 
IV) 
Which of the following chemical systems are aromatic ?
I)
II)
III)
IV)
chemistry-General
chemistry-
The product formed in the reaction is -
The product formed in the reaction is -
chemistry-General
chemistry-
and 
in the reaction sequence are -
and in the reaction sequence are -
chemistry-General
chemistry-
For the reaction the major product is -
For the reaction the major product is -
chemistry-General
chemistry-
In the reaction the major product obtained is-
In the reaction the major product obtained is-
chemistry-General
chemistry-
Which of the following would be formed as the major product in the reaction -
Which of the following would be formed as the major product in the reaction -
chemistry-General
chemistry-
What are products (A) and (B) -
What are products (A) and (B) -
chemistry-General
chemistry-
Product A is-
Product A is-
chemistry-General
physics-
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 
, where 
and 
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 , where and 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
physics-General
physics-
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 
A graph is given between deviation and refractive index ' 
'. The deviation is measured by cansidering the final emergent ray and the incident ray. Value of 
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 A graph is given between deviation and refractive index ' '. The deviation is measured by cansidering the final emergent ray and the incident ray. Value of will be
physics-General
physics-
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 A graph is given between deviation and refractive index ' '. The deviation is measured by considering the final emergent ray and the incident ray.
Value of 
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 A graph is given between deviation and refractive index ' '. The deviation is measured by considering the final emergent ray and the incident ray.
Value of will be
physics-General
physics-
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 A graph is given between deviation and refractive index 
. The deviation is measured by considering the final emergent ray and the incident ray.
Value 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 A graph is given between deviation and refractive index . The deviation is measured by considering the final emergent ray and the incident ray.
Value will be
physics-General
