10.In Types of Alloying Systems. The two components are completely soluble in eachother both in the liquid state and in the solid state is calleda Simple eutectic typeb. Solid solution typec. Combination type11. (Choose correct sentences):a Atomic number= No Electronsb. Atomic number No. Proto pc. Atomic number = No. Electrons-No. Protons pd. Atomic massNo. Protons p+ No. Neutronse. The Nucleus mass No. Protons pNo. Neutrons aE Atomic mass No., Electrons No Neutrons- Atomic mass=Atomic number No. Neutroma12. To resist to wear, in heat treatment techniques is obtained atAnnealingb. Normalizingc. Handeningd. Tamperinge. CurborizationQuenching

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10.In Types of Alloying Systems. The two components are completely soluble in each other both in the liquid state and in the solid state, is called a Simple eutectic type b. Solid solution type Combination type

10.In Types of Alloying Systems. The two components are completely soluble in each other both in the liquid state and in the solid state, is called a Simple eutectic type b. Solid solution type Combination type

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Question

10.In Types of Alloying Systems. The two components are completely soluble in each
other both in the liquid state and in the solid state is called
a Simple eutectic type
b. Solid solution type
c. Combination type
11. (Choose correct sentences):
a Atomic number= No Electrons
b. Atomic number No. Proto p
c. Atomic number = No. Electrons-No. Protons p
d. Atomic massNo. Protons p+ No. Neutrons
e. The Nucleus mass No. Protons p
No. Neutrons a
E Atomic mass No., Electrons No Neutrons
- Atomic mass=Atomic number No. Neutroma
12. To resist to wear, in heat treatment techniques is obtained at
Annealing
b. Normalizing
c. Handening
d. Tampering
e. Curborization
Quenching

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