Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Hyperbola is a curve traced out by a point moving in a plane such that the difference between its distances from two fixed points (called the foci), is a constant.
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Base 2. Rise
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Base 2. Axis 3. Angle between base and axis
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Base 2. Axis
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Base 2. Axis
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Understanding the following points will be very much useful to construct a Parabola by eccentricity method.
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
The parabola can be constructed by the following
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Parabola is defined as a curve traced out by a point moving in a plane such that its distance from a fixed point called Focus is always equal to its distance from a fixed line called Directrix.
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Major axis 2. Minor axis 3. Angle between major axis and minor axis.
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known :1. Major axis 2. Minor axis
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known :1. Major axis 2. Minor axis
Engineering Graphics (EG)
Subject and UNIT: Engineering Graphics: Unit I (c): Conic Sections
Data known : 1. Major axis 2. Distance between Foci