PROJECTION OF STRAIGHT LINE IN ENGINEERING DRAWING IN HINDI (SOLVED PROBLEM 1)

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THIS IS THE 3RD VIDEO ON "PROJECTION OF STRAIGHT LINE". TODAY WE WILL STUDY 1ST UNIVERSITY PROBLEM OF PROJECTION OF STRAIGHT LINE.
QUE - THE FRONT VIEW AND TOP VIEW OF A LINE MEASURES 55mm AND 65mm RESPECTIVELY. THEIR END PROJECTORS ARE 40mm APART AND ONE END OF THE LINE IS 10mm ABOVE THE HP AND IN THE VP. DRAW THE PROJECTIONS AND FIND TRUE LENGTH AND TRUE INCLINATION OF LINE.
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TO WATCH ALL PREVIOUS VIDEOS FOLLOW THE LINK OF PLAYLIST GIVEN BELOW :
FOR ALL VIDEOS ON "PROJECTION OF POINTS",
• PROJECTION OF POINTS
FOR ALL VIDEOS ON "PROJECTION OF STRAIGHT LINE",
• PROJECTION OF STRAIGHT...
FOR ALL VIDEOS ON "PLAIN SCALE",
• PLAIN SCALE
FOR ALL VIDEOS ON "DIAGONAL SCALE",
• DIAGONAL SCALE
FOR ALL VIDEOS ON "ISOMETRIC PROJECTION",
• ISOMETRIC PROJECTION
FOR ALL VIDEOS ON "ORTHOGRAPHIC PROJECTION",
• ORTHOGRAPHIC PROJECTION
FOR ALL VIDEOS ON "ELLIPSE",
• ELLIPSE
FOR ALL VIDEOS ON "PARABOLA",
• PARABOLA
FOR ALL VIDEOS ON "HYPERBOLA",
• HYPERBOLA
FOR ALL VIDEOS ON "CYCLOID",
• CYCLOID
FOR ALL VIDEOS ON "EPICYCLOID",
• EPICYCLOID
FOR ALL VIDEOS ON "HYPOCYCLOID",
• HYPOCYCLOID
FOR ALL VIDEOS ON "INVOLUTE",
• INVOLUTE (ENGINEERING ...
FOR ALL VIDEOS ON "ARCHIMEDEAN SPIRAL",
• ARCHIMEDEAN SPIRAL
FOR ALL VIDEOS ON "TANGENT AND NORMAL",
• TANGENT AND NORMAL
FOR ALL VIDEOS ON "LAPLACE TRANSFORM",
• LAPLACE TRANSFORM
FOR ALL VIDEOS ON "ENGINEERING MECHANICS",
• ENGINEERING MECHANICS
FOR ALL VIDEOS ON "ELECTRICAL ENGINEERING",
• ELECTRICAL ENGINEERING
FOR ALL VIDEOS ON "SERIES PARALLEL CIRCUIT"
• SERIES PARALLEL CIRCUI...
FOR ALL VIDEOS ON "STAR DELTA TRANSFORMATION"
• STAR DELTA TRANSFORMATION
FOR ALL VIDEOS ON "SUPERPOSITION THEOREM"
• SUPERPOSITION THEOREM
#projectionofstraightline
#projectionofpoints
#engineeringdrawing
#engineeringgraphics
#tiklesacademy
#isometricprojection
#orthographicprojection

[@pradeepkumarmaurya8112]

Exam ke ek din pahle padhne wala hu mai 😂😂.

[@harshdeepbangar4574]

Mai bhi😅

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Mai bhi bhai

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all bow down to the goat of engineering graphics, underrated hero of many engineering students

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🐐

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Before 2hour of exam😂😂

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Listening to ur lecture one night before exam is fascinating 😅

[@thorodin1598]

Lol true

[@RushikeshFalkeArtVlogs]

Same

[@ashmitsingh926]

Pass hue?

[@ShreyaKamath27]

Thankyou for taking out your time and teaching on TH-cam. I'm not an engineering student but my boyfriend is. You're great help to him. He says that you teach better than faculty itself and he can understand everything easily by seeing your videos. I'm so happy that he can easily learn without any difficulty, thanks to you. I hope other students also take advantage of your teaching. Thankyou once again sir, keep up the great work!

[@adityakulkarni9342]

😊😊😊

[@shahnawaztarique3250]

Thanks a lot sir because of your videos I could prepare my engineering drawing paper and the paper went well.... God bless you and your channel.

[@mubeenabegum357]

Good...Ma sha Allah.
Please pray for the hidaya of Professor saab.

[@doc2407]

Thanks sir! You are savior for students. Otherwise, some PhD holders in Mechanical engineering are just lol!

[@Rohitkumar-kg1bh]

TL=75.17mm,Theta=30deg.,phi=43deg.

[@twilight7138]

How?
Help me

[@thevishwass]

same but that TL = 75.17 bruhhh, how that 0.17 you calculated 💀💀

[@bhavana.v2270]

S

[@bhavana.v2270]

TL=73
mm and thetha is 30 and phi is lieing between 43 and 44

[@PAGALDRG]

Yes​@@bhavana.v2270

[@VedantNitinMore]

Fantastic explanation sir,
It completely cleared my topics
thank you very much sir

[@PujaSingh-hw9wq]

Teaching very well sir thnku so much

[@all-rounder_editor]

Sir you are very best learner for the graphic

[@omnaringe2166]

Great teaching 👏 sir 🙏

[@jatinsatyam6852]

Thankyou so much sir, we are grateful to be able to learn from you.❤️❤️

[@sumitjayswal3276]

Sir aap itna accha padhate hai ki kuch doubt hi nhi rahta 👏

[@rutikbodkeacademy1247]

Wow,sir.... amezing teaching.....I am from mumbai, Maharashtra.....

[@mamirulkhan6997]

Sir mera jo problem tha sare projection of line ka tropic dekkar solve ho gaya.Thank you sir.

[@TIKLESACADEMY]

Thanks for watching....

[@vanillabean1077]

Thank you for the amazing explanation ! ✨✨

[@dhananjay1321]

Thank you very much Sir...
Explanation is highly Good and very Helpful vdo we can watch this anytime....
This vdo means a lot for us 🙌🙌🙌🙌

[@chayannim9665]

Thank you sir aap ke vedios dekh kr me😁 pass hogya love uh..sir🥳🥳🥳❣😊

[@a_43_sayyamjain30]

Your efforts are fantastic sir

[@SoniKumari-yg2gm]

the top view of a 75mm long line pq measures 50 mm. the end p is 15 mm above hp and 50 infront of vp . the end q is 20 mm infront of vp and above hp . draw the projection of pq and determine its inclination with the reference plane

[@ishanverma9336]

True length= 75mm
Theta = 42°
Phi = 31°

[@shreyashkale9900]

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[@mr._.headshoter]

bhai woh sab jaye bhaad mai answer kya hai?@@shreyashkale9900

[@sivakalyan670]

U r amazing sir

[@varshinisekhar4857]

I am so grateful to you sir . This videos helped me a lot

[@rjrahul4765]

Thnkq you so mach so collage me kuch nahi samjte hi aap se total samaja a jata hi love you sirrr

[@sahanaafreen9540]

TL =75 MM
Thetha=31 degree
Phie =43 degree

[@omnaringe2166]

Right 👍😊

[@vinitsolanki7094]

76mm,30°,42°

[@amaankhancreations1285]

75
30
42

[@gauravmaheshwari1107]

Tl= 75
Q=30
¢=42

[@jaymahakal7488]

Tl =75
Theetha= 31°
Phie=43°

[@MuskanSingh-qi8nh]

Ur teaching is awesome sir👍

[@arjunbs8041]

Fentastic video sir

[@TIKLESACADEMY]

Thanks for watching

[@akshaysolanki8521]

Thank you so so much sir sabhi topic itne aache se aapne clear ki hai thanks so much sir

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Splendid 👍

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[@rohankumar1228]

Sir aap bahut accha samjhate hai

[@electrocode4095]

Sir thank you so much for your help :-)

[@manjalimaurya1916]

Thank you sir ji 🙏

[@TIKLESACADEMY]

Thanks for watching

[@akshaymanikjade]

Tikale sir appreciate your way of explanation but you never touch concept that why we have to rotate the view in order to get TL and inclination. Pls try to explain it conceptually also which will complete discussion of this topic. Pls consider it as suggestions not comment. Rest everything is fine in explanation

[@SanidhyaYadav-cm5ic]

Thank you sir you are great

[@nishaeshu232]

Very nice video sir jii

[@darknessboy8062]

Sr . U r great..
Sb koi like karenga

[@muhammadmajidkhan9907]

thank you very much sir g..

[@TIKLESACADEMY]

Thanks for watching

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Thanks you sir watch this video my all doubt are clear

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Mast samjhate hai sir Mai aap Ka fan Ho Gaye sir

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Thank you sir... You have helped me so much🙏🏻

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kya haal h bhai

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[@Jagtapadi]

ekdm mast😁😃

[@arjunbs8041]

Osm videosssss

[@TIKLESACADEMY]

Thanks for watching

[@ayushshah2464]

Thank you sir

[@shobhitrawat1895]

perfect explanation

[@maliksamiullah9856]

Legendary

[@samirbhai2632]

Thank you so much sir ❤❤❤❤

[@nayeemuddin2467]

Thank you so much sir

[@janhveeghewari2578]

Q3. A straight line AB is inclined 45 deg to HP and 30 deg to VP. The point A is in HP and point B is in VP. The length of the straight line is 70 mm. Draw the projections of the straight line AB. Also mark its traces.

[@abdullahakramsheikh1388]

Allah bless u sirr..
Thanks for these useful videos..
Love from Pakistan

[@mubeenabegum357]

Aameen.

[@Kit-ev2eo]

Kadak

[@030_tajamulhassan2]

Awesome sir g

[@filmyengineer...1836]

It is very helpful 🥺.... thanks you so much sir 😍🙏🏼

[@shubhamugale1504]

love you sir sooo much

[@jelsenapk2408]

Sir one doubt in HP We get plan or top view it indicate by a in VP we get front view it indicate by a' then problems how it changed

[@jackup4468]

Great sir 👌👌👌👌👌👌👌

[@Jaw_blader]

Thita=150°
TL=750mm (75 cm)
Five angle= 224°

[@akshaysolanki8521]

Sir bhot help ho gyi aapki vajah se

[@Fact_Clips_]

Exam ke 1 hours se pehle dekhne vale like kare😂😂😂😂😂

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Punnet superstar 💓💓

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Bhai main to exam ke 2 ghnte phle pdh rha hu

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Thank you 😊

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Guess who have exam tomorrow 😂

[@Kidsstories944]

✋😂😂

[@asifkhan-yr5rv]

A line AB 90mm along is inclined to 30 degree to HP it's end A is 12 above HP end 20mm in front of VP it front view 65 degree .draw the projection of line AB and determine its inclination with HP
Please solve that question Sir please

[@juttigajyothi9598]

AMAZING EXPLANATION. THANK YOU SIR

[@davdakunal7566]

Great Teaching sir
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤

[@TIKLESACADEMY]

Thanks and welcome

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Nice sir ❤️

[@davil905]

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[@RushikeshFalkeArtVlogs]

Thank u ☺️

[@divyeshparmar9501]

Great sir

[@Manasa1877]

I am grateful for you sir

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Super sir

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Nice sir ji❤❤❤👏👏👏

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Subha me exam h aur raat me par rehi hu😅

[@sanghbhushanjadhav7993]

Same 😂😂😂😂

[@akshaysolanki8521]

Bhot bhadiya sir

[@airmyson5276]

Sir, i have the following doubts hope you clarify them as soon as possible
1: reference line should be drawing with 2h or hb pencil?
2: is there a requirement for 4h pencil in drawing?
3: points like a a dash should be written with hb or 2h pencil?
4: scales pe exam me RF aur LOS likhna jaruri hai kya?

[@TIKLESACADEMY]

Your all points are correct.

[@sanketkharabe8664]

Mr perfect sir❤

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Really great sir

[@TIKLESACADEMY]

Thanks for watching

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Nice explaination sir 👍 tnqu

[@TIKLESACADEMY]

Thanks for watching

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you save my my marks

[@MechanicalGuy]

Ed ke best teacher aap ho

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Kal ld me mid sem hE, And guess what I am here 😁, btw thx Sir for giving such efforts ❤️❤️❤️

[@DSCH-SupriyaG]

Sir can you make some video's on development of lateral surface please 🥺🥺 please sir

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Dhanyawad Guruji 🙏🙏🙏🙏🙏

[@funkyyaar8553]

This lecture is more valuable

[@TIKLESACADEMY]

Thanks for watching

[@23vaibhavfulzele18]

Thak you sir

[@TIKLESACADEMY]

Thanks for watching

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Sir sayad hi ed.ka apse acha teacher ho🙏🙏

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3 hour bad exam hai guys 😅

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To padho na

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God for every pour students 🥺

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Thank u 💓

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Aaj sham ko exam hai aur aaj subah me padh raha hu. Kya din hai 😍

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❤❤❤

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Thank u sir ji

[@payalmathonlinepolytechnic284]

Thanks sir 🙏

[@itsbeginners2.064]

Nice sir

[@prashantmendhe9728]

Top view of the line measures 50 mm. The line is inclined 300 to HP. Draw its projections when its one
end is in the HP and 20 mm in front of VP when it’s other end is 55 mm in front of VP

[@prashantmendhe9728]

Sri 1 vdo on this question

[@user-yf7km6wn4o]

❤

[@ajaykhandare9659]

I like you sir 👍