- Видео 169
- Просмотров 49 562
Inderpreet Singh Ahuja
Индия
Добавлен 20 окт 2013
Engineering Graphics Lecture 008X Projections of Lines XXIV
DESCRIPTION LECTURE 008(X) - XXIV
PROJECTIONS OF LINES
ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE INCLINED TO VP & PARALLEL TO HP
This Lecture describes the construction of Orthographic Projections of a line inclined to VP & parallel to HP.
This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the representation of Orthographic Projections (FV, TV & RHSV) of the line.
The construction of 2D Orthographic Projections (Front View, Top View and Right-Hand Side View) of a line inclined to VP & parallel to HP has been discussed in this Lecture.
Further, the following ...
PROJECTIONS OF LINES
ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE INCLINED TO VP & PARALLEL TO HP
This Lecture describes the construction of Orthographic Projections of a line inclined to VP & parallel to HP.
This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the representation of Orthographic Projections (FV, TV & RHSV) of the line.
The construction of 2D Orthographic Projections (Front View, Top View and Right-Hand Side View) of a line inclined to VP & parallel to HP has been discussed in this Lecture.
Further, the following ...
Просмотров: 3
Видео
Engineering Graphics Lecture 008W Projections of Lines XXIII
Просмотров 412 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE INCLINED TO HP & PARALLEL TO VP This Lecture describes the construction of Orthographic Projections of a line inclined to HP & parallel to VP. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the...
Engineering Graphics Lecture 008V Projections of Lines XXII
Просмотров 312 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE INCLINED TO HP & PARALLEL TO VP This Lecture describes the construction of Orthographic Projections of a line inclined to HP & parallel to VP. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the...
Engineering Graphics Lecture 008U Projections of Lines XXI
Просмотров 112 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & LHSV) OF AN OBLIQUE LINE (ENDS IN Q2 & Q4) This Lecture describes the construction of Orthographic Projections of an oblique line (Ends in Q2 & Q4). This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the represent...
Engineering Graphics Lecture 008T Projections of Lines XX
Просмотров 512 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & LHSV) OF AN OBLIQUE LINE (ENDS IN Q1 & Q3) This Lecture describes the construction of Orthographic Projections of an oblique line (Ends in Q1 & Q3). This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the represent...
Engineering Graphics Lecture 008S Projections of Lines XIX
Просмотров 614 часов назад
DESCRIPTION LECTURE 008(S) - XIX PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & LHSV) OF AN OBLIQUE LINE IN FIRST QUADRANT This Lecture describes the construction of Orthographic Projections of an oblique line in First Quadrant. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and...
Engineering Graphics Lecture 008R Projections of Lines XVIII
Просмотров 614 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF AN OBLIQUE LINE (ENDS IN Q1 & Q3) This Lecture describes the construction of Orthographic Projections of an oblique line (Ends in Q1 & Q3). This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the represent...
Engineering Graphics Lecture 008Q Projections of Lines XVII
Просмотров 1014 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & LHSV) OF AN OBLIQUE LINE IN THIRD QUADRANT This Lecture describes the construction of Orthographic Projections of an oblique line in third quadrant. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the represent...
Engineering Graphics Lecture 008P Projections of Lines XVI
Просмотров 1514 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & LHSV) OF A LINE PARALLEL TO HP & PERPENDICULAR TO VP TWO ENDS OF THE LINE LYING IN QUADRANT I AND QUADRANT II This Lecture describes the construction of Orthographic Projections of a line parallel to HP & perpendicular to VP (Two ends of the line lying in Quadrant I and Quadrant II). This Lecture illustrates the spatial location of the Lin...
Engineering Graphics Lecture 008O Projections of Lines XV
Просмотров 1214 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF AN OBLIQUE LINE IN QUADRANT I This Lecture describes the construction of Orthographic Projections of an oblique line in Quadrant I. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane and Profile Plane) and the representation of...
Engineering Graphics Lecture 008N Projections of Lines XIV
Просмотров 714 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF AN OBLIQUE LINE HAVING TWO ENDS IN QUADRANT I AND QUADRANT III This Lecture describes the construction of Orthographic Projections of an oblique line having two ends in Quadrant I and Quadrant III. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal ...
Engineering Graphics Lecture 008M Projections of Lines XIII
Просмотров 814 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE PARALLEL TO PROFILE PLANE This Lecture describes the construction of Orthographic Projections of a Line which happens to lie in the First Quadrant and parallel to Profile Plane. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertic...
Engineering Graphics Lecture 008L Projections of Lines XII
Просмотров 714 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE PERPENDICULAR TO HP & PARALLEL TO VP This Lecture describes the construction of Orthographic Projections of a Line which happens to lie in the First Quadrant and perpendicular to HP & parallel to VP. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Ho...
Engineering Graphics Lecture 008K Projections of Lines XI
Просмотров 514 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE PERPENDICULAR TO VP & PARALLEL TO HP This Lecture describes the construction of Orthographic Projections of a Line which happens to lie in the First Quadrant and perpendicular to VP & parallel to HP. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Ho...
Engineering Graphics Lecture 008J Projections of Lines X
Просмотров 714 часов назад
PROJECTIONS OF LINES ORTHOGRAPHIC PROJECTIONS (FV, TV & RHSV) OF A LINE PARALLEL TO HP & VP This Lecture describes the construction of Orthographic Projections of a Line which happens to lie in the First Quadrant and is parallel to HP & VP. This Lecture illustrates the spatial location of the Line in the 3D space with respect to the three planes of projections (Horizontal Plane, Vertical Plane ...
Engineering Graphics Lecture 008I Projections of Lines IX
Просмотров 314 часов назад
Engineering Graphics Lecture 008I Projections of Lines IX
Engineering Graphics Lecture 008H Projections of Lines VIII
Просмотров 714 часов назад
Engineering Graphics Lecture 008H Projections of Lines VIII
Engineering Graphics Lecture 008G Projections of Lines VII
14 часов назад
Engineering Graphics Lecture 008G Projections of Lines VII
Engineering Graphics Lecture 008F Projections of Lines VI
Просмотров 514 часов назад
Engineering Graphics Lecture 008F Projections of Lines VI
Engineering Graphics Lecture 008E Projections of Lines V
Просмотров 414 часов назад
Engineering Graphics Lecture 008E Projections of Lines V
Engineering Graphics Lecture 008D Projections of Lines IV
Просмотров 614 часов назад
Engineering Graphics Lecture 008D Projections of Lines IV
Engineering Graphics Lecture 008C Projections of Lines III
Просмотров 714 часов назад
Engineering Graphics Lecture 008C Projections of Lines III
Engineering Graphics Lecture 009Y Projections of Oblique Lines XXV
Просмотров 16День назад
Engineering Graphics Lecture 009Y Projections of Oblique Lines XXV
Engineering Graphics Lecture 009X Projections of Oblique Lines XXIV
Просмотров 8День назад
Engineering Graphics Lecture 009X Projections of Oblique Lines XXIV
Engineering Graphics Lecture 009W Projections of Oblique Lines XXIII
Просмотров 12День назад
Engineering Graphics Lecture 009W Projections of Oblique Lines XXIII
Engineering Graphics Lecture 009V Projections of Oblique Lines XXII
Просмотров 29День назад
Engineering Graphics Lecture 009V Projections of Oblique Lines XXII
Engineering Graphics Lecture 009U Projections of Oblique Lines XXI
Просмотров 5День назад
Engineering Graphics Lecture 009U Projections of Oblique Lines XXI
Engineering Graphics Lecture 009T Projections of Oblique Lines XX
Просмотров 24День назад
Engineering Graphics Lecture 009T Projections of Oblique Lines XX
Engineering Graphics Lecture 009S Projections of Oblique Lines XIX
Просмотров 18День назад
Engineering Graphics Lecture 009S Projections of Oblique Lines XIX
Engineering Graphics Lecture 009R Projections of Oblique Lines XVIII
Просмотров 15День назад
Engineering Graphics Lecture 009R Projections of Oblique Lines XVIII
Sir ,In this why you take fie angle left hand side
🎉🎉..A lot of Thanks sir..❤❤❤
Ha..
thanks for the video sir
B4 mechanical
😢
Thank you sir
Hello, sir can you please make video on drawing this Instructions: Answer ALL questions. In this assignment, question (a) below is a description of a system and (b) provides information about a graphical plain scale. Question (a) requires the construction of two views of the artifact described, while (b) require the construction of a plain scale conforming to the information given. Both the two views and the graphical plain scale are to be drawn in the same drawing area of an A3 drawing sheet, laid in landscape, appropriately centralized as taught in this module. Please note that part (b) requires some prior calculations, these calculations shall be done in the drawing area (i.e., defined only by the standard margins and title block as taught in this module) on the flip side of the A3 not used for the views and the plain scale.(ONLY neat presentations earn credit). [Do not dimension your drawings unless explicitly asked to do so!] [deduct 5 Marks if unsolicited dimensions are included]question 1 [100%](A). A cleaning company contracted by BIUST has commissioned you to design a special tool with which to remove sticky chewing gum on the floors of student hostels. The tool is to be called a SCRAPER and its overall shape is a rectangular solid of 120 × 80 × 10 mm. However, one end of rectangular solid rises from zero thickness to a maximum thickness of 10 mm in a length of 30 mm to form a sharp edge. The opposite end is semicircular. A 30 mm diameter hole is positioned such that the center of the hole is 40 mm from the semicircular end and 40 mm from either side of the tool. Use an A3-size paper to appropriately layout a full-size drawing of this concept as presented by the cleaning company. Your drawing should, in appropriate portions: 1). give, in 3rd angle projection, the front view (FV) and top view (TV) of the tool appropriately centralized with the title block assumed to be 12 mm high, in which only 2) the name of the tool, 3). Your Student ID should appear neatly written. [50%]B) At a convenient place above the scraper in (a) above, construct a plain graphical scale to depict the situation whereby a field of 7.2 square meter is represented in a map by 10 cm x 8 cm. The scale should show centremeters (cm) at the lowest level but long enough to measure up to 3 meters (m). Be advised that the height of the scale (or the height of the thin long rectangle) shall be 10mm instead of the recommended 3mm taught in the module. This height is very important especially for centralizing your views vertically [50%]
Sir please Hindi or Punjabi me v
Great work sir, thank you
Ki haal hai sir miss u alot
Very nicely explained 👍👍
Bai je panjabi ch dso ta ziyada samj aavegi sorry je bura lga ta , per menu kuj samj ni aya ❤❤ main engineering drawing shikhna chahuna
Great sir
Very good Dr.Sahib..🎉
Gud
Excellent visuals sir hats off
👍👍
👍👍
Very Good Dr.Sahib
Oh gud
O very gud brother
thank you sir
Thanks sir 🙏
Amazing explaination 👏
Sir new topic agian lecture universal coupling plz sir
❤❤❤❤
Sachin Verma
Thank sir tomorrow my ED exam 😊👏
Thanks a lots sir bahut hi nice explanation aapne kaam ki chij sikhaye
Great work sir, this will always be helpful for the students who doesn't have a basic infrastructure
Super sir
Sir draw single stork vertical glothic lettering
Sir draw single stork vertical glothic lettering
Thank for you sir 🥰🥰
Thanx sir ❤️
UCOE Drawing sheet reminded me old days
very informative video sir🙏🏼
Sir PU ch BSc kr study available h ya nhi????
Who is the teaching for mechanical , teachers take lecture regularly and why practical held properly ? Please reply I want to take admission
What is the cut off marks for later entry b tech in mechanical
Big fan
Wow
Kya baat hai ips ji chha gaye