Engineering Drawing Line Inclined To Both Planes Example о Engineering drawing line inclined to both planes example 3share: youtu.be 2cy4sitt6qksubscribe: channel uckhjulm3k3e56zr. 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 to.
The Line Is Inclined To Both The Reference Plane Problem 1 Engineering 1. a line ab measuring 80 mm long is inclined at an angle of 30o to hp and 45o to vp. the point a is 20 mm above hp and 30 mm in front of vp. draw the proje. 1 1. connect ab which will be the auxiliary top view. since the top view of the line appears inclined to vp at 600, draw the x 2y line inclined at 600 to the auxiliary top view ab at any convenient. 2. distance from it. draw the projections from a and b perpendicular to x 2y and on them step off 5a’ = 3a ’ and 6b’=4b ’. 3. auxiliary views. an auxiliary view is used to show the true size and shape of an inclined or oblique surface that can not be otherwise seen from any of the six principal views discussed in the previous chapter. you can think of an auxiliary view as a specialty view that is sometimes necessary for design clarity or dimensioning purposes for a. This is what the given condition is. let us see how do we draw the final projections of this line which is inclined to both the planes. so, we start drawing the projections of this line which is doubly inclined or inclined to both the planes and just as we do we will draw a reference line. now this is 3 centimeters above hp.
Projection Of A Line Inclined To Both Planes And Determining Its Inclinat 3. auxiliary views. an auxiliary view is used to show the true size and shape of an inclined or oblique surface that can not be otherwise seen from any of the six principal views discussed in the previous chapter. you can think of an auxiliary view as a specialty view that is sometimes necessary for design clarity or dimensioning purposes for a. This is what the given condition is. let us see how do we draw the final projections of this line which is inclined to both the planes. so, we start drawing the projections of this line which is doubly inclined or inclined to both the planes and just as we do we will draw a reference line. now this is 3 centimeters above hp. Draw the horizontal locus lines through b 2, and. b. 6. with center a and radius ab1, draw an arc to cut the locus line drawn through b2 at b. connect ab, the top view of the line ab. 7. with center a' and radius a'b. 2 , draw an arc to cut the locus line drawn through connect a'b', the front view of the line. The document discusses different orientations of straight lines and how to draw their projections in engineering drawings. it provides step by step instructions for drawing projections of straight lines that are parallel or perpendicular to the horizontal and vertical planes, or inclined to one or both. examples given include lines parallel to both planes, perpendicular to one plane and.
Line Inclined To Both The Planes Case 1 Engineering Drawing Y Draw the horizontal locus lines through b 2, and. b. 6. with center a and radius ab1, draw an arc to cut the locus line drawn through b2 at b. connect ab, the top view of the line ab. 7. with center a' and radius a'b. 2 , draw an arc to cut the locus line drawn through connect a'b', the front view of the line. The document discusses different orientations of straight lines and how to draw their projections in engineering drawings. it provides step by step instructions for drawing projections of straight lines that are parallel or perpendicular to the horizontal and vertical planes, or inclined to one or both. examples given include lines parallel to both planes, perpendicular to one plane and.
Engineering Drawing Line Inclined To Both The Reference Planes о
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