MATHS 🧮 LAB 🔬

Distance between two points | A Geometric proof ❤️ Good morning ❤️ @edmathlab

Peak 😮‍💨

DAY-1 @edmathslab

Eisatopon Math Al Tasks: Double integral = In 2 @edmathlab

Good evening subs❤️ @edmathlab

God willing tomorrow we will be having quiz on conventions 😌👍 @edmathlab

Share link for your friends to join @edmathlab

Very soon we will be forwarding questions (in a form of pdf) here... @edmathlab

Yes Ramanujan one of India's Greatest Mathematician 😌❤️ Want to know more about him? Watch The Man who knew Infinity 😌❤️ @edmathlab

True. In Euclidean geometry, parallel lines are defined as straight lines in a plane that never intersect or meet, regardless of how far they are extended in either direction. This is based on Euclid's Parallel Postulate, which serves as a foundational axiom of the system.

True. The minimum or maximum value of a quadratic function (a parabola) always occurs at its vertex. If the parabola opens upward (a > 0 ), the vertex is the minimum point. If the parabola opens downward (a < 0), the vertex is the maximum point. The vertex acts as the turning point of the graph, and its y-coordinate represents the maximum or minimum value of the function. @edmathlab

Let's learn for other roots as well Distinct real roots ( D > 0): Graph crosses the x-axis at two points. No real roots ( D < 0): Graph does not intersect the x-axis. @edmathlab

True. If a quadratic equation has equal roots (i.e., its discriminant D = b²-4ac = 0), the vertex of its parabolic graph lies directly on the x-axis. This means the parabola touches or "bounces" off the x-axis at exactly one point (the root), rather than crossing it at two points. @edmathlab