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The electric potential V at any point O (x, y, z all in metres in space is given by V = 4x^2 volt. The electric field at the point ( 1 m, 0, 2 m ) in V/ m is
17
Sep
The electric potential V at any point O (x, y, z all in metres in space is given by V = 4x^2 volt. The electric field at the point ( 1 m, 0, 2 m ) in V/ m is 2 m ) in V/ m is The electric potential V at any point O [...]
A cube is placed so that one corner is at the origin and three edges are along x, y, and z axes of a coordinate system . Use vectors to compute a. The angle between the edges along
16
Sep
A cube is placed so that one corner is at the origin and three edges are along x, y, and z axes of a coordinate system . Use vectors to compute a. The angle between the edges along A cube is placed so that one corner is at the origin and three edges are along [...]
If P represents radiation pressure, C represents the speed of light, and Q represents radiation energy stinking a unit area per second, then non-zero integers x, y, and z such that p^x
14
Sep
If P represents radiation pressure, C represents the speed of light, and Q represents radiation energy stinking a unit area per second, then non-zero integers x, y, and z such that p^x and Q represents radiation energy stinking a unit area per second and z such that p^x C represents the speed of light If [...]
Consider two perpendicular mirrors M1 and M2 and a point object O. Taking origin at the point of intersection of the mirrors and the coordinates of object as (x,y), find the position and number of images.
08
Sep
Consider two perpendicular mirrors M1 and M2 and a point object O. Taking origin at the point of intersection of the mirrors and the coordinates of object as (x,y), find the position and number of images. Consider two perpendicular mirrors M1 and M2 and a point object O. Taking origin at the point of intersection [...]
A particle moves along the curve (x^(2))/(9) +(y^(2))/(4) =1, with constant speed v. Express its “velocity vectorially” as a function of x,y.
27
Aug
A particle moves along the curve (x^(2))/(9) +(y^(2))/(4) =1, with constant speed v. Express its “velocity vectorially” as a function of x,y. A particle moves along the curve (x^(2))/(9) +(y^(2))/(4) =1 with constant speed v. Express its "velocity vectorially" as a function of x y August 27, 2020 Category: Uncategorised (JEE Advanced Physics by BM [...]
If potential (in volts) in a region is expressed as V(x, y, z) = 6xy − y + 2yz, the electric field (in N/C) at point (1,1,0) is
17
Aug
If potential (in volts) in a region is expressed as V(x, y, z) = 6xy − y + 2yz, the electric field (in N/C) at point (1,1,0) is 0) is 1 If potential (in volts) in a region is expressed as V(x the electric field (in N/C) at point (1 y z)=6xy−y+2yz August 17, 2020 [...]
The electric potential at a point (x,y,z) is given by V = – x²y – xz³ + 4. The electric field E⃗ at that point is
17
Aug
The electric potential at a point (x,y,z) is given by V = – x²y – xz³ + 4. The electric field E⃗ at that point is The electric potential at a point (x y z) is given by V = – x²y – xz³ + 4. The electric field E⃗ at that point is August [...]
In a region, the potential is represented by V(x,y,z) = 6x – 8xy – 8y + 6yz, where V is in volts and x, y, z are in metres. The electric force experienced by a charge of 2 coulomb situated at point (1, 1, 1) is:
17
Aug
In a region, the potential is represented by V(x,y,z) = 6x – 8xy – 8y + 6yz, where V is in volts and x, y, z are in metres. The electric force experienced by a charge of 2 coulomb situated at point (1, 1, 1) is: 1 1) is: In a region the potential is [...]