the mass of the sphere is 3.2*10^-14 kg and it ca

Question

the mass of the sphere is 3.2*10^-14 kg and it carries a net charge equal to that of 10 electrons.if the electronic charge is -1.6*10^-19 C and the acceleration of free fall is the field required to keep the sphere stationary is

VIBHANSHU GARG · Accepted Answer

Mass of sphere m=3.2×10^-14kgCharge on sphere q=10×1.6×10^-19=1.6×10^-18CAcceleration due to gravity g=10m/s^2As,qE=mg1.6×10^-18E=3.2×10^-14×10E=10^5N/CHence the electric field is 10^5N/C

Electrostatics> the mass of the sphere is 3.2*10^-14 kg a...

the mass of the sphere is 3.210^-14 kg and it carries a net charge equal to that of 10 electrons.if the electronic charge is -1.610^-19 C and the acceleration of free fall is the field required to keep the sphere stationary is

the mass of the sphere is 3.210^-14 kg and it carries a net charge equal to that of 10 electrons.if the electronic charge is -1.610^-19 C and the acceleration of free fall is the field required to keep the sphere stationary is

Prasanna Parthiban , 8 Years ago

VIBHANSHU GARG

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Electrostatics> the mass of the sphere is 3.2*10^-14 kg a...

the mass of the sphere is 3.2*10^-14 kg and it carries a net charge equal to that of 10 electrons.if the electronic charge is -1.6*10^-19 C and the acceleration of free fall is the field required to keep the sphere stationary is

the mass of the sphere is 3.2*10^-14 kg and it carries a net charge equal to that of 10 electrons.if the electronic charge is -1.6*10^-19 C and the acceleration of free fall is the field required to keep the sphere stationary is

Prasanna Parthiban , 8 Years ago

VIBHANSHU GARG

LIVE ONLINE CLASSES

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