Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions)
A liquid of density ρ is filled in a beaker of cross section A toIf the atmospheric pressure is P0 find the pressure (a) at the top face B of the cylinder (b) at the bottom face C of the cylinder and (c ) at the base D of the beaker. (d) Can ever these pressure be equal ? a height H and then a cylinder of mass M and cross-section a i
28
Aug
A liquid of density ρ is filled in a beaker of cross section A toIf the atmospheric pressure is P0 find the pressure (a) at the top face B of the cylinder (b) at the bottom face C of the cylinder and (c ) at the base D of the beaker. (d) Can ever these [...]
A boat containing some piece of material is floating in a pond. What will happen to the level of water in the pond if on unloading the pieces in the pond, the piece (a) floats, (b) sinks?
28
Aug
A boat containing some piece of material is floating in a pond. What will happen to the level of water in the pond if on unloading the pieces in the pond, the piece (a) floats, (b) sinks? (b) sinks? A boat containing some piece of material is floating in a pond. What will happen to [...]
A batsman hits a ball at an angle of 30 o with an initial speed of 30 m s −1 Assuming that the ball travels in a vertical plane, calculate a. The time at which the ball reaches the highest point b. The maximum height reached c. The horizontal range of the ball d. The time for which the ball is in the air.
27
Aug
A batsman hits a ball at an angle of 30 o with an initial speed of 30 m s −1 Assuming that the ball travels in a vertical plane, calculate a. The time at which the ball reaches the highest point b. The maximum height reached c. The horizontal range of the ball d. The [...]
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A batsman hits a ball at an angle of 30 o with an initial speed of 30 m s −1 Assuming that the ball travels in a vertical plane ,
calculate a. The time at which the ball reaches the highest point b. The maximum height reached c. The horizontal range of the ball d. The time for which the ball is in the air. ,
At what angle should a projectile be thrown such that the horizontal range of the projectile will be equal to half of its maximum value?
27
Aug
At what angle should a projectile be thrown such that the horizontal range of the projectile will be equal to half of its maximum value? At what angle should a projectile be thrown such that the horizontal range of the projectile will be equal to half of its maximum value? August 27, 2020 Category: Uncategorised [...]
A grasshopper can jump upto a height h. Find the maximum distance through which it can jump along the horizontal ground.
27
Aug
A grasshopper can jump upto a height h. Find the maximum distance through which it can jump along the horizontal ground. A grasshopper can jump upto a height h. Find the maximum distance through which it can jump along the horizontal ground. August 27, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP [...]
Which of the path (I) or (II) of a projectile has more time of flight? Use necessary assumptions.
27
Aug
Which of the path (I) or (II) of a projectile has more time of flight? Use necessary assumptions. Which of the path (I) or (II) of a projectile has more time of flight? Use necessary assumptions. August 27, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
at point the projectile trajectory, its speed is minimum if the stone is thrown
27
Aug
at point the projectile trajectory, its speed is minimum if the stone is thrown at point the projectile trajectory its speed is minimum if the stone is thrown August 27, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
a jeweler claims that he sells ornaments made of pure gold. he sells a crown of 9.0n weight to a customer. in order to check purity, the clever customer measures the weight of the crown inside water and finds it to be 8.0N weight. (a) is the oranament made of pure gold=9.3 (b) in case the jeweler has mixed copper, find the mass of pure gold in the crown.
27
Aug
a jeweler claims that he sells ornaments made of pure gold. he sells a crown of 9.0n weight to a customer. in order to check purity, the clever customer measures the weight of the crown inside water and finds it to be 8.0N weight. (a) is the oranament made of pure gold=9.3 (b) in case [...]
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a jeweler claims that he sells ornaments made of pure gold. he sells a crown of 9.0n weight to a customer. in order to check purity ,
find the mass of pure gold in the crown. ,
the clever customer measures the weight of the crown inside water and finds it to be 8.0N weight. (a) is the oranament made of pure gold=9.3 (b) in case the jeweler has mixed copper ,
A ball A is thrown straight up from the edge of the roof of a building. Another ball B is dropped from the roof 1.00 s later. You may ignore air resistance, (a) If the height of the building is 20.0 m, what must the initial speed of ball A be if both are to hit the ground at the same time? (b) On the same graph, sketch the position and velocity of each ball as a function of time, measured from when the first ball is thrown and taken origin at the ground.
27
Aug
A ball A is thrown straight up from the edge of the roof of a building. Another ball B is dropped from the roof 1.00 s later. You may ignore air resistance, (a) If the height of the building is 20.0 m, what must the initial speed of ball A be if both are to [...]
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(a) If the height of the building is 20.0 m ,
A ball A is thrown straight up from the edge of the roof of a building. Another ball B is dropped from the roof 1.00 s later. You may ignore air resistance ,
measured from when the first ball is thrown and taken origin at the ground. ,
sketch the position and velocity of each ball as a function of time ,
what must the initial speed of ball A be if both are to hit the ground at the same time? (b) On the same graph ,
A diwali rocket moves vertically up with a constant acceleration a_(1) =20//3 m s^(-2). After sometives, its fuel gers exhausted ad then if falls freely with an acceleration a_(2) =10 m s^(-2), If themaximum height attained by the diwalin rocket is (h), using graphicalmerhod, find its speed when the fuel is just exausted. Assume h=50 m.
27
Aug
A diwali rocket moves vertically up with a constant acceleration a_(1) =20//3 m s^(-2). After sometives, its fuel gers exhausted ad then if falls freely with an acceleration a_(2) =10 m s^(-2), If themaximum height attained by the diwalin rocket is (h), using graphicalmerhod, find its speed when the fuel is just exausted. Assume h=50 [...]
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A diwali rocket moves vertically up with a constant acceleration a_(1) =20//3 m s^(-2). After sometives ,
find its speed when the fuel is just exausted. Assume h=50 m. ,
If themaximum height attained by the diwalin rocket is (h) ,
its fuel gers exhausted ad then if falls freely with an acceleration a_(2) =10 m s^(-2) ,
using graphicalmerhod ,