An experimenter's diary reads as follows, "a charged particle is projected in a magnetic field of `(7.0hati-3.0hatj)xx10^(-3)T`.The acceleration of the particle is found to be `(xhati+7.0hatj)xx10^(-6)m//s^(2)`.Find the value of `x`.

Charged particle is projected in a magnetic field of (7hat i-3hat j)times10^(-3) T .The acceleration of the particle is found to be (xhat i+7hat j)times10^(-3)m/sec^(2) .The value of x is

Charged particle is projected in a magnetic field of (7hat i-3hat j) times 10^(-3) T . The acceleration of the particle is found to be (xhat i+7hat j) times 10^(-3)m/sec^(2) .The value of x is

An experimenter's diary reads as follows: ''a charged particle is projected in a magnetic feld of (7.0 veci - 3.0 vecj )X 10^(-3) T. The acceleraation of the particle is found to be (square veci +7.0 vec j) X10 ^(-6) ms^(-2)'. then coefficient friction i is?

An experimenter's diary reads as follows: ''a charged particle is projected in a magnetic feld of (7.0 veci - 3.0 vecj )X 10^(-3) T. The acceleraation of the particle is found to be (square veci +7.0 vec j) X10 ^(-6) ms^(-2)'. The number to left of veci in the last expression was not readable. What can this number be?

An experimenter's diary reads as follows: ''a charged particle is projected in a magnetic feld of (7.0 veci - 3.0 vecj )X 10^(-3) T. The acceleraation of the particle is found to be (sqrare veci +7.0 vec j) X10 ^(-6) ms^(-2)'. The number to the left of vec i in the last expression was not readable. What can this number be?

A charged particle projected in a magnetic field B=(3hati+4hatj)xx10^-2T The acceleration of the particle is found to be a=(xhati+2hatj)m/s^2 find the value of x

A charged particle projected in a magnetic field B=(3hati+4hatj)xx10^-2T The acceleration of the particle is found to be a=(xhati+2hatj)m/s^2 find the value of x

A charged particle projected in a magnetic field B=(3hati+4hatj)xx10^-2T The acceleration of the particle is found to be a=(xhati+2hatj)m/s^2 find the value of x

A charged particle moves in a uniform magnetic field B=(2hati-3hatj) T

A charged particle moves in a uniform magnetic field B=(2hati-3hatj) T