Hyperbola By Eccentricity Method//Engineering Drawing

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Mam u r vedios about hyperbola , parabola,ellipse is very useful to us ,today is our ED sem exam ,it's is very useful to all of our ECE branch in Sitam Engineering college , Vizianagaram .. tq so much madam

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@@engineeringclassesbydr.noo3377 Thank you mam

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After listening we understood and it is easy us to draw now mam
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Good .
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[@lakshmirasagnapriya1901]

Ur video much clarity then my eg mam
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This question is tomorrow exam mam thank you ma'am

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Much blessings to you,my problem is solved

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Mai 1st year civil student hu aur mujhe graphics kuch nahi atta tha mairai friend ne mujhe aap ka channel suggest kiya aur mujhe bahutt help hua
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Your my loving teacher👩‍🏫‍ ❤🙏

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Tq mam for your explaination it is very understable

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Thanks mam really ii useful to mee tomorrow o have a exam on this .this help mee soo muchh

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Thank you ma'am really really a big thanks. Your video helped me in project work thank you ma'am

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Very useful....learned and teaching👍...

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U r explanation is so gud mam......

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[@thekiddteejay]

What if distance is 30mm

[@engineeringclassesbydr.noo3377]

For solution watch this:th-cam.com/video/tGW9vVhtcDs/w-d-xo.htmlsi=I9hvuuI-FtK8DDEE

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[@meri8257]

@@engineeringclassesbydr.noo3377 Thank you Mam for the Video.
Mam but at the end of this video, you take 50mm from directrix to point P2, but its actually 40mm.
please cross check mam.

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Veryyy veryyy nice👍👍⭐

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THANKS MAM. I AM SO AFRAID OF THE CURVES OF EG , NOW I AM CLEAR ABOUT THIS .TOMORROW IS MY EXAM THANKS FOR HELP MAM 🙏🏻🙂🥰

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Maam really osm teaching ❤️

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Thanks

[@alohanic.]

What about 25mm from directrix

[@engineeringclassesbydr.noo3377]

It's a 'P' point distance from directrix.

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Nice explanation mam👍👍👍

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Explanation is superb

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Good explanation

[@GudalaDhanasri]

Mam how to draw
Construct a parabola using eccentricity method whose vertex is at a distance of 30 mm from the focus. Draw pair of tangents from a point p outside the curve. 20 mm from the vertex and 40 mm from the focus?

[@engineeringclassesbydr.noo3377]

In the question, it has asked eccentricity method. Take e=1, follow the same method as in video. After getting parabola do tangents on both sides of the curve from a given point.

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Thank you so much mam🙏🙏

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[@priyadharshinik1482]

Can you tell me when the distance between the focus and directrix is 45mm and eccentricity is 5/4.

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th-cam.com/video/YctXW9vG1Ds/w-d-xo.html

[@abhijeet3591]

25/40

[@tharunkumarkarlapudi4343]

Please tell which have to draw lighter and thickker mammm

[@engineeringclassesbydr.noo3377]

The Directrix, axis, The hyperbola, normal & Tangent should dark compare to other lines.

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Mam iam preparing for my EG exam ,it will be conduct on end of this month,will you share important questions to me ,to pass my EG subject,pleasee

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excellent mem superb

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👍

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Is that a general method mam

[@engineeringclassesbydr.noo3377]

Yes

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Awesome nice mam

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Superb explanation mam

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Tqqqq❤

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questions is very Easily solved

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Very helpful 💯💯

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[@planar-nugget5]

pls can you help me to solve this question: an ellispe has a major axis 120 long and its foci are 80 apart
a. Construct the ellispe
b. Measure and state the length of the minor axis
c. Draw a tangent and normal curve at a point P above the major axis 35 to the right of the minor axis

[@engineeringclassesbydr.noo3377]

Similar solution for your question, watch it :th-cam.com/video/kbs7HDJmW_g/w-d-xo.html

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Very nice explanation mam

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Very nice mam... In which university🎓 You teach mam?

[@madhukumar7868]

Super medam

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Thank u.

[@pavansatyakumar5036]

Mam e=4/3 distance between focus and directrix is 45mm

[@mutharasi7079]

Mam if eccentricity is given as e=1.5 means how to find parts

[@engineeringclassesbydr.noo3377]

You watch this video, u can get it easily: th-cam.com/video/YctXW9vG1Ds/w-d-xo.html

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@@engineeringclassesbydr.noo3377 tqsm mam 💃

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Nice mam👍

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[@anuvrudhgaming-yt2148]

What if e =1.5

[@engineeringclassesbydr.noo3377]

Follow this video for solution:th-cam.com/video/tGW9vVhtcDs/w-d-xo.htmlsi=wG6JKKcIFx1Cuxff

[@randomvideos.5.4m35]

good

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Thanks

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Thank you so much mam. It helped me a lot 🥰

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Mam your lecture is verynice

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[@memesfire5285]

Can you please tell me how to solve this
Draw a curve whose vertex is 30 mm from its directrix and eccentricity is 5/3. Name the
curve. Draw the normal and tangent to the curve at a point 65 mm from the directrix.
8. Two points A and B are 100 mm apart. A point C is 75 mm from A and 60 mm from B. Draw
an ellipse passing through point C. Draw a Tangent and Normal passing through C. Draw
the ellipse with use of arc of circles method.

[@engineeringclassesbydr.noo3377]

See this video lecture://th-cam.com/video/YctXW9vG1Ds/w-d-xo.html,
U can solve easily

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Mam tq so much for this vedio,It is very useful for practice for exams ,nice explanation

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[@SuryadhanunjayVelivela]

Ur take 6 lines

[@engineeringclassesbydr.noo3377]

We can take 4or 6or 8lines, it's our choice.

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Construction of An ellipse oblong method diagram please mam

[@engineeringclassesbydr.noo3377]

Ellipse by oblong Method( or Rectangle Method) :th-cam.com/video/yq65RZTqIPs/w-d-xo.html

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Thanks

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Tq mam

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Thanks