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Find the dipole moment of the combination of the charges as shown in figure.
29
Oct
Find the dipole moment of the combination of the charges as shown in figure. Find the dipole moment of the combination of the charges as shown in figure. October 29, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Figure shows the tracks of three charged particles in a uniform electrostatic field projected parallel to a plate with the same velocity. Give the signs of the three charges . which of the three particles has the highest charge – to – mass ratio?
29
Oct
Figure shows the tracks of three charged particles in a uniform electrostatic field projected parallel to a plate with the same velocity. Give the signs of the three charges . which of the three particles has the highest charge – to – mass ratio? An electron ( mass me ) falls through a distance d [...]
An electron ( mass me ) falls through a distance d in a uniform electric field of magnitude E.
29
Oct
An electron ( mass me ) falls through a distance d in a uniform electric field of magnitude E. An electron ( mass me ) falls through a distance d in a uniform electric field of magnitude E. October 29, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Two points charges Q and 4Q are fixed at a distance of 12 cm from each other. sketch lines of force and locate the neutral point, if any.
29
Oct
Two points charges Q and 4Q are fixed at a distance of 12 cm from each other. sketch lines of force and locate the neutral point, if any. if any Two points charges Q and 4Q are fixed at a distance of 12 cm from each other. sketch lines of force and locate the neutral [...]
Figure shows that E has the same value for all points in front of an infinetly charged sheet . Is this reasonable ? One might think that the field should be stronger near the sheet because the charges are so much closer.
29
Oct
Figure shows that E has the same value for all points in front of an infinetly charged sheet . Is this reasonable ? One might think that the field should be stronger near the sheet because the charges are so much closer. . calculate the chrage that should be placed at the centre of the [...]
Figure shows three electric field lines. (a) what is the direction of the electrostatic force on a positive test charge placed at points A and B? (b) At which point, A or B , will the acceleration of the test charge be greater if the charge is released ?
29
Oct
Figure shows three electric field lines. (a) what is the direction of the electrostatic force on a positive test charge placed at points A and B? (b) At which point, A or B , will the acceleration of the test charge be greater if the charge is released ? a or b Figure shows three [...]
Is an electric field of the type shown by the electric lines in figure physically possible?
29
Oct
Is an electric field of the type shown by the electric lines in figure physically possible? Is an electric field of the type shown by the electric lines in figure physically possible? October 29, 2020 Category: Uncategorised (JEE Advanced Physics by BM Sharma + GMP Solutions) ,
Two particles having position vectors r1 = 3i + 5j m and r2 = -5i – 3j m are moving with velocities v1 = 4i + 3j m/s and v2 = ai + 7j m/s. If they collide after 2 seconds, the value of a is
28
Oct
Two particles having position vectors r1 = 3i + 5j m and r2 = -5i – 3j m are moving with velocities v1 = 4i + 3j m/s and v2 = ai + 7j m/s. If they collide after 2 seconds, the value of a is the value of a is Two particles having position [...]
A 10 kg object collides with a stationary 5 kg object and after collision they stick together and move forward with a velocity of 4 ms. What is the velocity with which the 10 kg object hits the second one ?
28
Oct
A 10 kg object collides with a stationary 5 kg object and after collision they stick together and move forward with a velocity of 4 ms. What is the velocity with which the 10 kg object hits the second one ? The elastic energy stored in the spring in the equilibrium position of block is [...]
A particle of mass 0.1 kg moving with an initial speed v collides with another particle of same mass kept at rest. If after collision the total energy becomes 0.2 J, then:
28
Oct
A particle of mass 0.1 kg moving with an initial speed v collides with another particle of same mass kept at rest. If after collision the total energy becomes 0.2 J, then: A particle of mass 0.1 kg moving with an initial speed v collides with another particle of same mass kept at rest. If [...]