What are steps to be taken to solve these kind of

Question

What are steps to be taken to solve these kind of problems?

Ravneet · Accepted Answer

UNDERSTAND THE QUESTIONthe electron is given velocity (kinetic energy), that velocity can be divided into two component vsin45 and vcos45	As Electric field is applied in vertical direction, so we have to consider the vertical motion of the electron.the electric field is applied opposite to the motion of the electron. So we can say that the work done by theforce due to electric field will oppose the motion of electron ( kinetic energy in vertical direction) work done by electric force (electron and electric field system ) > kinetic energy in vertical direction ORqE.d>½ m (vsin45)2from here find the value of the electric field E>(½ m v2 ½ )/qdand now ½ m v2 is equal to Kfrom here we got answer(3)

Electrostatics> What are steps to be taken to solve these...

What are steps to be taken to solve these kind of problems?

eefhh jiuh , 6 Years ago

Ravneet

Provide a better Answer & Earn Cool Goodies

LIVE ONLINE CLASSES

Ask a Doubt

Electrostatics question based on earthing of spherical shell

Electrostatics

an object has a charge of 2c and gains 10^19 electrons. the net chaarge on the object becomes??

Electrostatics

A wire with a linear charge density lambda forms a quarter of a cjrclenof radius R and is placed asa shown in thefigure with its centre of curvature at the origin O the electric field at O will be

Electrostatics

Find the value of q so that system remains in equilibrium.. figure attached below

Electrostatics

Find the value of q so that system remains in equilibrium

Electrostatics

Electrostatics> What are steps to be taken to solve these...

What are steps to be taken to solve these kind of problems?

eefhh jiuh , 6 Years ago

Ravneet

Provide a better Answer & Earn Cool Goodies

LIVE ONLINE CLASSES

Ask a Doubt

Other Related Questions on Electrostatics

Electrostatics question based on earthing of spherical shell

Electrostatics

an object has a charge of 2c and gains 10^19 electrons. the net chaarge on the object becomes??

Electrostatics

A wire with a linear charge density lambda forms a quarter of a cjrclenof radius R and is placed asa shown in thefigure with its centre of curvature at the origin O the electric field at O will be

Electrostatics

Find the value of q so that system remains in equilibrium.. figure attached below

Electrostatics

Find the value of q so that system remains in equilibrium

Electrostatics