In the previous problem
In the previous problem, same heat is given to two sphere, which will expand more.
06
Sep
In the previous problem, same heat is given to two sphere, which will expand more. In the previous problem same heat is given to two sphere which will expand more. September 6, 2021 Category: Cengage NEET by C.P Singh , Chapter 18 - Temperature and Thermal Expansion , Part 1 ,
In the previous problem, energy stored in spring at the equilibrium position of the point mass is :
05
Dec
In the previous problem, energy stored in spring at the equilibrium position of the point mass is : energy stored in spring at the equilibrium position of the point mass is : In the previous problem December 5, 2020 Category: Arihant Physics by D.C Pandey , Chapter 1 - Electric Charges and Fields , Volume [...]
In the previous problem, the separation of the point mass and wall at the equilibrium position of the mass is
05
Dec
In the previous problem, the separation of the point mass and wall at the equilibrium position of the mass is In the previous problem the separation of the point mass and wall at the equilibrium position of the mass is December 5, 2020 Category: Arihant Physics by D.C Pandey , Chapter 1 - Electric Charges [...]
In the previous problem, if the coils are connected in parallel, the time taken will be
02
Dec
In the previous problem, if the coils are connected in parallel, the time taken will be if the coils are connected in parallel In the previous problem the time taken will be December 2, 2020 Category: Cengage NEET by C.P Singh , Chapter 3 - Current Electricity , Part 2 ,
In the previous problem, end correction is
31
Oct
In the previous problem, end correction is end correction is In the previous problem October 31, 2020 Category: Cengage NEET by C.P Singh , Chapter 17 - Sound Waves , Part 1 ,
In the previous problem, the temperature of the isothermal process is how much lower the maximum temperature:
27
Oct
In the previous problem, the temperature of the isothermal process is how much lower the maximum temperature: In the previous problem the temperature of the isothermal process is how much lower the maximum temperature: October 27, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
In the previous problem, if two falling conductors attain velocities v1andv2 respectively after falling through same height h, ratio of energy dissipated as heat to the energy dissipated in resistor per unit time for two conductors is same. Find which of the following condition will be satisfied
20
Oct
In the previous problem, if two falling conductors attain velocities v1andv2 respectively after falling through same height h, ratio of energy dissipated as heat to the energy dissipated in resistor per unit time for two conductors is same. Find which of the following condition will be satisfied if two falling conductors attain velocities v1andv2 respectively [...]
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if two falling conductors attain velocities v1andv2 respectively after falling through same height h ,
In the previous problem ,
ratio of energy dissipated as heat to the energy dissipated in resistor per unit time for two conductors is same. Find which of the following condition will be satisfied ,
In the previous problem, if the cutrrent is I and the magnetic field at D has magnitude B, then
14
Oct
In the previous problem, if the cutrrent is I and the magnetic field at D has magnitude B, then if the cutrrent is I and the magnetic field at D has magnitude B In the previous problem then if the cutrrent is I and the magnetic field at D has magnitude B In the previous [...]
In the previous problem, instead of being stationery , the system enters the magnetic field with a velocity 0.5 m/sec along y – direction . Along which direction the system will move now ?
14
Oct
In the previous problem, instead of being stationery , the system enters the magnetic field with a velocity 0.5 m/sec along y – direction . Along which direction the system will move now ? In the previous problem instead of being stationery the system enters the magnetic field with a velocity 0.5 m/sec along y [...]
IN the previous problem, what will be acceleration of the system ( in m/s^2 ) ?
14
Oct
IN the previous problem, what will be acceleration of the system ( in m/s^2 ) ? In the previous problem what will be acceleration of the system ( in m/s^2 ) ? October 14, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,