Introduction to Material Science – Exercise – 1

Introduction to Material Science » Exercise – 1

16. Hysteresis loss least depends on :

(a) Frequency
(b) Magnetic field intensity
(c) Volume of the material
(d) Grain orientation of material

Answer
Answer : (d)
Explanation
Explanation : No answer description available for this question. Let us discuss.
Discuss
Discuss : Write your answer. Click here.

Related Posts

  • Introduction to Material Science - 2Introduction to Material Science » Exercise - 12. The covalent crystals are characterized by : (a) good electrical conductivity and low hardness (b) good electrical conductivity and high hardness (c) poor electrical conductivity and high hardness (d) poor electrical conductivity and low hardness
    Tags: electrical, conductivity, hardness, introduction, material, science, good, low, exercise, electronics
  • Introduction to Material Science - 11Introduction to Material Science » Exercise - 111. Aluminium is : (a) Silvery white in colour (b) Yellow in colour (c) Reddish in colour (d) Pale yellow in colour
    Tags: colour, introduction, material, science, exercise, aluminium, electronics, engineering
  • Introduction to Material Science - 14Introduction to Material Science » Exercise - 114. Which of the following material has the highest melting point : (a) Copper (b) Aluminium (c) Tungsten (d) Gold
    Tags: material, introduction, science, exercise, copper, aluminium, electronics, engineering
  • Introduction to Material Science - 7Introduction to Material Science » Exercise - 17. Ceramics are good : (a) insulators (b) conductors (c) superconductors (d) semiconductors
    Tags: introduction, material, science, exercise, good, insulators, electronics, engineering
  • Introduction to Material Science - 8Introduction to Material Science » Exercise - 18. The heating elements of electric irons are made of : (a) Copper (b) Nichrome (c) Constantan (d) Aluminium
    Tags: introduction, material, science, exercise, copper, aluminium, electronics, engineering