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In the given reaction,
(Y) is
In the given reaction,
(Y) is
chemistry-General
chemistry-
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chemistry-
How many functional group produced CH4 gas by the reaction of compound (I) with CH3MgBr
How many functional group produced CH4 gas by the reaction of compound (I) with CH3MgBr
chemistry-General
chemistry-
chemistry-General
chemistry-
chemistry-General
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? The product is :
? The product is :
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Product B is :
Product B is :
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chemistry-
What is the final product of this sequence of reactions ?
What is the final product of this sequence of reactions ?
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chemistry-
chemistry-General
chemistry-
The product (P) of the above reaction is / are :
The product (P) of the above reaction is / are :
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Major product is :
Major product is :
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physics-
System is shown in figure. All the surfaces are smooth. Rod is moved by external agent with acceleration 9 m/s2 vertically downwards. Force exerted on the rod by the wedge will be:
System is shown in figure. All the surfaces are smooth. Rod is moved by external agent with acceleration 9 m/s2 vertically downwards. Force exerted on the rod by the wedge will be:
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physics-
Fig shows two pulley arrangements for lifting a mass m. In (a) the mass is lifted by attaching a mass 2m while in (b) the mass is lifted by pulling the other end with a downward force F=2mg, If 
and 
are the accelerations of the two masses then
Fig shows two pulley arrangements for lifting a mass m. In (a) the mass is lifted by attaching a mass 2m while in (b) the mass is lifted by pulling the other end with a downward force F=2mg, If and are the accelerations of the two masses then
physics-General
physics-
In the figure shown man is balanced by counter weight of same mass. He starts to climb the rope with an accelerator of 2 
w.r.t. rope. The time after which he reaches the pulley will be
In the figure shown man is balanced by counter weight of same mass. He starts to climb the rope with an accelerator of 2 w.r.t. rope. The time after which he reaches the pulley will be
physics-General
physics-
The acceleration of the blocks (A) and (B) respectively in situation shown in the figure is : (pulleys & strings are massless)
The acceleration of the blocks (A) and (B) respectively in situation shown in the figure is : (pulleys & strings are massless)
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