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A Hexagonal Prism has one of its rectangular faces parallel to the HP. Its axis is Perpendicular to the VP and 3.5 cm above the ground. Draw its projections when the nearer end is 2 cm in front of the VP. Side of the base 2.5 cm long and axis 5 cm long.

Draw the projections of a cone of base of diameter 40mm and axis 60mm long lying with its base on HP.

Draw the projections of a cylinder of diameter of base 40 mm and axis 60 mm long lying with its base on HP.

Draw the projections of a Pentagonal Pyramid, base 30 mm edge and axis 50mm long, having its base on the HP and an edge of base parallel to the VP.

Strength of Materials MCQ 41-50 | Objective Question | Mechanical Engineering

Strength of Materials MCQ 31-40 | Objective Question | Mechanical Engineering

Strength of Materials MCQ 21-30 | Objective Question | Mechanical Engineering

various Types of Foundation Bolt Straight Foundation Bolt L-Type Foundation Bolt J-Type Foundation Bolt U-Type Foundation Bolt Bent Foundation Bolt Eye Foundation Bolt Rag Foundation Bolt Lewis Foundation Bolt Cotter Foundation Bolt Sleeve Foundation Bolt

A Knuckle Joint is a mechanical joint used to connect two rods that are subjected to tensile loads and are not aligned in a straight line, allowing some degree of angular movement between the connected parts.

Three Types of Cotter Joints. 1. Socket and Spigot Cotter Joint 2. Sleeve and Cotter Joint and 3. Gib and Cotter Joint

Rigid Coupling: for aligned shafts 1)Sleeve or Muff Coupling 2)Clamp or Split Muff / Compression Coupling 3)Flange Coupling : (a) Unprotected type, (b) Protected type Flexible Coupling: for non-aligned shafts 1)Bush Pin type Flange coupling 2)Oldham’s Coupling 3)Universal Coupling or Hooke’s Joint

A line AB, 90 mm long, is inclined at 30˚ to the HP. Its end A is 12 mm above the HP and 20 mm in front of the VP. Its front view measures 65 mm. Draw the top view of AB and determine its inclination with the VP.

A line AB, 90 mm long, is inclined at 45˚ to the HP and its top view makes an angle of 60˚ with the VP. The end A is in the HP and 12 mm in front of the VP. Draw its front view and find its true inclination with the VP.

A line AB, 65 mm long, has its end A 20 mm above the HP and 25 mm in front of the VP. The end B is 40 mm above the HP and 65 mm in front of the VP. Draw the projections of AB and show its inclinations with the HP and the VP.

Projections of Lines inclined to both planes Problem 2 | Engineering Drawing | Engineering Graphics

Projections of Lines inclined to both planes Problem 1 | Engineering Drawing | Engineering Graphics

Projection of Straight lines in Simple Positions | Engineering Drawing | Engineering Graphics

Strength of Materials MCQ 11-20 | Objective Question | Mechanical Engineering

Strength of Materials MCQ 01-10 | Objective Question | Mechanical Engineering

Hyperbola by Eccentricity Method | Conics by General Method | Engineering Drawing | Graphics

Parabola by Eccentricity Method | Conics by General Method | Engineering Drawing | Graphics

Ellipse by Eccentricity Method | Conics by General Method | ENGINEERING DRAWING |Graphics

Parabola using Tangent Method | Conics by Special Method | Engineering Drawing | Graphics

Diagonal Scale | ENGINEERING SCALE | ENGINEERING DRAWING | Engineering Graphics

DRAW PLAIN SCALE | ENGINEERING SCALE | ENGINEERING DRAWING | Engineering Graphics

Parabola using Rectangle Method | Conics by Special Method | Engineering Drawing | Graphics

Ellipse by Oblong Method | Conics by Special Method | Engineering Drawing | Graphics

Ellipse by Concentric Circle Method | Conics by Special Method | Engineering Drawing | Graphics

Ellipse by Arcs of Circles Method | Conics by Special Method | Engineering Drawing | Graphics