what is the path of electron when a static electron is
placed in a magnetic field?
- 1 Answers
- 2891 Views
- I also Faced
- E-Mail Answers
Answer Posted / shyamkr
according to formula:
F=q(v*B)
where v is velocity vector and B is the magnetic field
vector ,q is negative in case of electron .but as electron
is static the force is zero.
but electron will produce its own electric field so the
direction of motion is given by
v=E*B.
| Is This Answer Correct ? | 0 Yes | 0 No |
Post New Answer View All Answers
What is the fault or needs to be done when frequency in ac drives is not changing?
why we get 2 differnet values for power factor in 2 watt meter method in 3 phase
What is an iron loss or core loss pi?
How to calculate the size of earth cable to earth the neutral of UPS ?
how we sesign the transformer give some specifion regarding design of transformers
What is the Nyquist criterion regarding control systems?
Why a tesa lamp is glow between two phase?
for 5KW resistive load can anyone please suggest me whether to go for UPS/Inverter or Generator depending upon cost calulations
Why you are switching off arc protection mcb when you are taking shutdown for lv board.
pls someone send me sample question papers along with the key.thanks in advance
What is the meaning of 40X8X2 busbar dimensions for carring load of 400 Amps
what is integrated ac contact circuit
why we setting 95 deg and 105 deg in wti and oti of distibution transformer ? give the reson for that ?
What are the advantage of free wheeling diode in a full wave rectifier?
How to select the cable and voltage drop in circuit?
