Physics ICS Part 2 Chapter 14 Online MCQ's Test With Answers

image
image
image

Physics ICS Part 2 Chapter 14 Online MCQ's Test

Sr. # Questions Answers Choice
1 A current carrying conductor experience maximum magnetic force in a uniform magnetic field when it is placed. Perpendicular to field Parallel to field At an angle of 60 <sup>o</sup> to the field None of these
2 Magnetic lines of force are. Imaginary Real Perpendicular In phase with electric lines of force
3 A charged particle enters in a strong magnetic field its K.E. Remain constant Increases Decreases Increases then decreases
4 The magnetic force is simply a Reflecting force Deflecting force Restoring force Gravitational force
5 The SI Unit of magnetic induction is. Weber Tesla Gauss Newton
6 ___ is correct relation. IT = 10<sup>-4 </sup>G IT = 10<sup>4</sup> G IT = 10<sup>2</sup> G IT = 10<sup> -2</sup> G
7 A dot represents the direction of magnetic field. Out of page Into the page Tangent to page Parallels to page
8 Two parallel wires carrying currents in the opposite direction. Repel each other Attract each other Have no effect upon each other They cancel out their individual magnetic fields.
9 Write the SI unit of magnetic flux. Tesla Weber Weber m-2 Tesla m2
10 The SI unit of E is NC-1 and that of B is Na-1 m-1 then the unit of E/B is. ms-2 ms ms<sup>-1</sup> m-1s-1
11 A Current flowing towards the reader is denoted by. Cross a bracket A dot Positive sign
12 The unit of permiability of free space is: T.m/A T.m<sup>2</sup>/A T.m/A<sup>2</sup> None of these
13 Ampere's law is applicable to: Circular path Rectangular path To any closed path Nonwe of these
14 The force on a charge particle moving parallel to magnetic field is: Maximum Minimum Zero None of these
15 An electron moves at 2 x 102 m/sec perpendicular to magnetic field of 2T what is the magnitude of magnetic force: 1 x 10<sup>-6</sup> N 6.4 x 10<sup>-17</sup> N 3.6 x 10<sup>-24</sup> N 4 x 10<sup>6</sup> N
16 One weber is equal to: N.A <sup>2</sup>/m N.m<sup>2</sup>/A N.A/m N.m/A
17 The Weber is unit of measure of: Conductance Electric current Magnitic flux Electric flux
Download This Set
×