Projection of Cone – Engineering Drawing | Step-by-Step How to draw Solution | Problem 13-19

Engineering Drawing – Projection of Cone | Problem 13-19 In this video, we will learn step-by-step how to draw the projections of a cone when it is resting on the ground on a point of its base circle. Given: Base diameter of cone = 45 mm Axis length = 50 mm Cone resting on a point on its base circle Case (a): Axis makes 30° with H.P. Axis makes 45° with V.P. Case (b): Axis makes 30° with H.P. Top view of the axis makes 45° with V.P. The video explains the complete Engineering Graphics / Engineering Drawing construction procedure, including: Initial top view and front view Tilting the front view Projection of the second top view True length of the axis Apparent inclination of the axis Final top and front views Visibility of the cone Construction lines and important points This method is useful for B.Tech, Diploma, Polytechnic and Engineering Drawing examinations. 📐 Topic: Projection of Solids – Cone 📚 Problem: 13-19 📏 Base Diameter: 45 mm 📏 Axis Length: 50 mm 📐 Inclination: 30° with HP and 45° with VP #EngineeringDrawing #EngineeringGraphics #ApparentInclination #EngineeringDrawingByNDBhatt #ProjectionOfCone #N.D.Bhatt #ProjectionOfSolids #ConeProjection #EngineeringGraphicsTutorial #StepByStepExplanation #EngineeringDrawingTutorial #BTech #DiplomaEngineering #Polytechnic #EngineeringStudents #TechnicalDrawing #HPandVP #FrontView #TopView #EngineeringDrawing #EngineeringGraphics #ProjectionOfCone #ConeProjection #ProjectionOfSolids #ProjectionOfSolidsCone #ConeInclinedToHP #ConeInclinedToVP #ConeRestingOnPoint #EngineeringDrawingCone #EngineeringGraphicsCone #ProjectionOfConeProblem #Problem13 #EngineeringDrawingProblem13 #Cone30DegreeHP #Cone45DegreeVP #HPandVPProjection #TopView #FrontView #StepByStepEngineeringDrawing #BTechEngineeringDrawing #DiplomaEngineeringDrawing #PolytechnicEngineeringDrawing #EngineeringDrawingTutorial #EngineeringGraphicsTutorial #EngineeringStudents #TechnicalDrawing #HPandVP #EngineeringGraphicsTutorial #ProjectionOfSolidsTutorial