SONPUR MELA VISIT💥🌿

[@ashurai___017]

Rohit bhaaaaaaaiiiiiiii❤❤❤❤❤❤

[@rajputmshyar]

🎉🎉🎉🎉

[@amitakumari1749]

😂😂

[@rajputmshyar]

😊😊😊

[@rajputmshyar]

🎉🎉🎉

[@rajputmshyar]

Super hero

[@rajputmshyar]

🔥🔥🔥🔥

[@rajputmshyar]

💓💓

[@rajputmshyar]

❤❤❤

[@rajputmshyar]

💫

[@PrernaaaXOXO]

Loved it 😂

[@rajputmshyar]

Kabhi mere sath bhi❤❤

[@HanikumariBhumihar-dl4nd]

Nice🥰🥰

[@ROHITTKRVLOGS]

Thank you! 😁

[@rajputmshyar]

*Homework* Q1.:-Construct an ellipse when the distance of its focus from its Directrix is equal to 35mm and Eccentricity is 3/4.Also draw a tangent and normal to the ellipse at a point 70mm away from the directrix. Q2.:-Draw an ellipse by general method, given distance of focus from directrix 40 mm and ocentricity 2/3. Also draw normal and tangent on tho curve at a point 40 mm from the focus. Q3.:-The distance of focus for a conic curve from directrix is 30 mm. Draw the locus of a point P so that the distance moving point from directrix and focus is unity. Q4.:-Draw a parabola if the distance of the focus from the directrix is 60 mm. Q5.:-Draw a hyperbola whose distance of focus from directrix is 60 mm. The eccentricity is 3/2. Also draw a tangent and normal at any point P on the curve. Q6.:-Draw a hyperbola of e = 3/2 if the distance of the focus from the directrix = 50 mm.

[@AMANKUMAR-eg4ll]

Hello Rohit Nice Vlog

[@AMANKUMAR-eg4ll]

Dost

[@ROHITTKRVLOGS]

Thank you so much! Glad you liked it 😄

[@rajputmshyar]

🎉🎉🎉🎉

[@rajputmshyar]

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[@rajputmshyar]

*Homework* Q1.:-Construct an ellipse when the distance of its focus from its Directrix is equal to 35mm and Eccentricity is 3/4.Also draw a tangent and normal to the ellipse at a point 70mm away from the directrix. Q2.:-Draw an ellipse by general method, given distance of focus from directrix 40 mm and ocentricity 2/3. Also draw normal and tangent on tho curve at a point 40 mm from the focus. Q3.:-The distance of focus for a conic curve from directrix is 30 mm. Draw the locus of a point P so that the distance moving point from directrix and focus is unity. Q4.:-Draw a parabola if the distance of the focus from the directrix is 60 mm. Q5.:-Draw a hyperbola whose distance of focus from directrix is 60 mm. The eccentricity is 3/2. Also draw a tangent and normal at any point P on the curve. Q6.:-Draw a hyperbola of e = 3/2 if the distance of the focus from the directrix = 50 mm.

[@ROHITTKRVLOGS]

Bhai ye toh bada hard question hai 😅

[@rajputmshyar]

🎉🎉🎉🎉

[@rajputmshyar]

❤❤❤

[@rajputmshyar]

*Homework* Q1.:-Construct an ellipse when the distance of its focus from its Directrix is equal to 35mm and Eccentricity is 3/4.Also draw a tangent and normal to the ellipse at a point 70mm away from the directrix. Q2.:-Draw an ellipse by general method, given distance of focus from directrix 40 mm and ocentricity 2/3. Also draw normal and tangent on tho curve at a point 40 mm from the focus. Q3.:-The distance of focus for a conic curve from directrix is 30 mm. Draw the locus of a point P so that the distance moving point from directrix and focus is unity. Q4.:-Draw a parabola if the distance of the focus from the directrix is 60 mm. Q5.:-Draw a hyperbola whose distance of focus from directrix is 60 mm. The eccentricity is 3/2. Also draw a tangent and normal at any point P on the curve. Q6.:-Draw a hyperbola of e = 3/2 if the distance of the focus from the directrix = 50 mm.

[@ROHITTKRVLOGS]

Bhai ye toh thoda tough hai, mene toh bas Sonpur Mela dikhaaya! 🤪

[@rajputmshyar]

❤❤❤❤

[@rajputmshyar]

*Homework* Q1.:-Construct an ellipse when the distance of its focus from its Directrix is equal to 35mm and Eccentricity is 3/4.Also draw a tangent and normal to the ellipse at a point 70mm away from the directrix. Q2.:-Draw an ellipse by general method, given distance of focus from directrix 40 mm and ocentricity 2/3. Also draw normal and tangent on tho curve at a point 40 mm from the focus. Q3.:-The distance of focus for a conic curve from directrix is 30 mm. Draw the locus of a point P so that the distance moving point from directrix and focus is unity. Q4.:-Draw a parabola if the distance of the focus from the directrix is 60 mm. Q5.:-Draw a hyperbola whose distance of focus from directrix is 60 mm. The eccentricity is 3/2. Also draw a tangent and normal at any point P on the curve. Q6.:-Draw a hyperbola of e = 3/2 if the distance of the focus from the directrix = 50 mm.

[@ROHITTKRVLOGS]

Bhai ye toh syllabus ke bahar ka hai! 🤔

[@rajputmshyar]

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[@rajputmshyar]

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[@rajputmshyar]

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[@rajputmshyar]

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[@rajputmshyar]

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