AIIMS Last 24 Years Solved 1996 – 2019 Physics and Chemistry Video Solutions
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In the reaction A gives product , -da/dt = k1A. If we start with 10 M of A, then after one natural life time, concentration of A is decreased to
02
Jun
In the reaction A gives product , -da/dt = k1A. If we start with 10 M of A, then after one natural life time, concentration of A is decreased to -da/dt = k1A. If we start with 10 M of A concentration of A is decreased to In the reaction A gives product then after [...]
For the reaction, 2NO + Br2 → 2NOBr following mechanism has been given: (1) NO+Br2 ⇌Fast NOBr2 (2) NOBr2 +NO gives Slow 2NOBr Hence, rate law is
02
Jun
For the reaction, 2NO + Br2 → 2NOBr following mechanism has been given: (1) NO+Br2 ⇌Fast NOBr2 (2) NOBr2 +NO gives Slow 2NOBr Hence, rate law is 2NO + Br2 → 2NOBr following mechanism has been given: (1) NO+Br2 ⇌Fast NOBr2 (2) NOBr2 +NO gives Slow 2NOBr Hence For the reaction rate law is June [...]
For nth order reaction (dx/dt)=Rate = k[A]0n Graph between log (rate) against log[A0] is of the type Lines P, Q, R, S are of the order:
02
Jun
For nth order reaction (dx/dt)=Rate = k[A]0n Graph between log (rate) against log[A0] is of the type Lines P, Q, R, S are of the order: -q For nth order reaction (dx/dt)=Rate = k[A]0n Graph between log (rate) against log[A0] is of the type Lines P R S are of the order: the activation energy [...]
Rate constant k varies with temperature as given by equation log k (min^−1) = 5 − 2000/T Consider the following about this equation
02
Jun
Rate constant k varies with temperature as given by equation log k (min^−1) = 5 − 2000/T Consider the following about this equation Rate constant k varies with temperature as given by equation log k (min^−1) = 5 − 2000/T Consider the following about this equation June 2, 2021 Category: AIIMS Last 24 Years Solved [...]
On introducing a catalyst at 300 k, the activation energy increases by 5.75 kJ/mol. The ratio of rate constant k2/k1 will be
02
Jun
On introducing a catalyst at 300 k, the activation energy increases by 5.75 kJ/mol. The ratio of rate constant k2/k1 will be On introducing a catalyst at 300 k the activation energy increases by 5.75 kJ/mol. The ratio of rate constant k2/k1 will be June 2, 2021 Category: AIIMS Last 24 Years Solved 1996 - [...]
Find the charge on 2uf.
05
Dec
Find the charge on 2uf. Find the charge on 2uf. December 5, 2020 Category: AIIMS Last 24 Years Solved 1996 - 2019 Physics and Chemistry Video Solutions , Chapter 21 - Capacitors , Physics ,
Electric field inside the capacitor is E and dielectric constant of material is k. Find charge density s on the plates. Given E=6×10^5 V/m, k = 6
05
Dec
Electric field inside the capacitor is E and dielectric constant of material is k. Find charge density s on the plates. Given E=6×10^5 V/m, k = 6 Electric field inside the capacitor is E and dielectric constant of material is k. Find charge density s on the plates. Given E=6×10^5 V/m k = 6 December [...]
A large solid sphere with uniformly distributed positive charge has a smooth narrow tunnel through its centre. A small particle with negative charge, initially at rest far from the sphere, approaches it along the line of the tunnel, reaches its surface with a speed v, and passes through the tunnel. Its speed at the centre of the sphere will be
05
Dec
A large solid sphere with uniformly distributed positive charge has a smooth narrow tunnel through its centre. A small particle with negative charge, initially at rest far from the sphere, approaches it along the line of the tunnel, reaches its surface with a speed v, and passes through the tunnel. Its speed at the centre [...]
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A large solid sphere with uniformly distributed positive charge has a smooth narrow tunnel through its centre. A small particle with negative charge ,
and passes through the tunnel. Its speed at the centre of the sphere will be ,
approaches it along the line of the tunnel ,
initially at rest far from the sphere ,
reaches its surface with a speed v ,
In a uniform electric field a charge of 3 C experiences a force of 3000 N. The potential difference between two points 1 cm apart along the electric line of force will be
05
Dec
In a uniform electric field a charge of 3 C experiences a force of 3000 N. The potential difference between two points 1 cm apart along the electric line of force will be In a uniform electric field a charge of 3 C experiences a force of 3000 N. The potential difference between two points [...]
Energy stored in between the plates of parallel plate capacitor of area A, separated by distance d is:
05
Dec
Energy stored in between the plates of parallel plate capacitor of area A, separated by distance d is: Energy stored in between the plates of parallel plate capacitor of area A separated by distance d is: December 5, 2020 Category: AIIMS Last 24 Years Solved 1996 - 2019 Physics and Chemistry Video Solutions , Chapter [...]