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The malleability of a material is the property by virtue of which it can be rolled or hammered into thin sheets. Which of the following materials has the maximum malleability ?

The malleability of a material is the property by virtue of which it can be rolled or hammered into thin sheets. Which of the following materials has the maximum malleability ? Correct Answer Lead

Related Questions

The melleability of a material is the property by virtue of which it can be rolled or hammered into thin sheets. Which of the following materials has the miximum malleability?
A special case of ductility which permits materials to be rolled or hammered into thin sheets, is called
Which of the following statement is correct? I. The property of metals by which they can be beaten into thin sheets is called ductility. II. The property of metal by which it can be drawn into wires is called malleability.
Consider the following statements.
1. Mercury is found in liquid state at room temperature.
2. The property of metals by which they can beaten into thin sheets is called malleability.
3. The property of metals by which it can be drawn into wires is called ductility.
Which of the statements given above are correct?
A user type a content on 20 sheets, each sheet consist of 55 lines, and each line can have 66 characters. The content is again retyped on another set of sheets, these new sheets have 65 lines and each line can take 70 characters. Calculate the reduction in sheets ?
The property of a material by virtue of which it can be beaten into thin sheets is called as
Which of the following is the important mechanical property for a material to be forged or rolled into thin sheets successfully?
S1: Production of coins starts with the buying of unmixed metals and their testing by the Assay Department.
P: These ingots are reheated until the temperature is hot enough for hot rolling.
Q: During this stage, the ingots pass through a series of rollers until they form long, thin sheets which are the thickness of a coin.
R: From these thin strips, blank discs are punched.
S: Then the metals are alloyed in oil - fired or electric arc furnaces, and cast into ingots 40 cm wide, 15 cm thick and 6 m long.
S6: The blanks are heated to soften them, then rolled so that the rim is raised and are stamped with the design of the coin.

The Proper sequence should be:
The property of metals by the virtue of which they can be beaten into thin sheets is called:
The malleability is the property of a material by virtue of which a material-