LINKS- MECHANICAL ENGG.

What is a direct link?

• A link that requires a linking component to hold together

• A link that holds together without a linking component

• A link that is flexible and can be deformed

• A link that is non-removable

What characterizes an indirect link?

• It holds together without a linking component

• It is complete and prevents independent movement

• It is rigid and cannot be deformed

• It requires a linking component to hold together

When is a link considered rigid?

• When the linking component or surfaces are flexible

• When the linking component or surfaces are not bendable

• When the link can be easily removed

• When the link is partial

What defines a removable link?

• It cannot be separated without damage

• It is always complete

• It can be separated without damaging surfaces or components

• It is always partial

What is a non-removable link?

• 
  

  A link that damages surfaces or components when separated

• A link that can be separated without damage

• A link that is always direct

• A link that is always flexible

When is a link considered complete?

• When it allows independent movement

• When it is always flexible

• When it prevents independent movement

• When it is always removable

Which of the following is often used in flexible links?

• Springs and rubber

• Metal rods

• Concrete

• Glass

What happens when a non-removable link is separated?

• It becomes partial

• It becomes flexible

• It damages surfaces or the linking component

• It remains undamaged

Which type of link requires a linking component?

• Rigid

• Direct

• Indirect

• Complete

What is the main feature of a rigid link?

• 
  It is flexible

• It is deformable

• It is non-deformable

• It is removable