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• length() : gives us the size/magnitude of the vector
• random() : generates random vector in the range of (0,0) to (1,1) - Vector2.random()
• negate() : which reverses the direction of vector.
• normalized() is normalizes the vector(ie.,it makes magnitude as 1) - Vector2().normalized() * 25
• To control the magnitude , we could do this: Vector2.random().normalized() * 25

Case Study: ## Vector2 - Random Generation -- First we get the random velocity and set its velocity: velocity = Vector2.random().normalized() * 25; -- Then we set the position of the component to the location we want: position = Vector2(80, 100);

Case Study: ## Vector2 - Angle of Vector We want to do that when we want to know how far a vector has been rotated. Lets call this angle A. The way that we can do this, is by getting a signed angle from a representative vector with 0deg, and take the angle b/w them. -- angleA = v1.angleToSigned(v2);

Case Study: ## Position Component - Angular Momentum We can also have the shape rotated at a certain speed (with refernce to dt- delta time, in the update method) -- angleDelta = dt * rotationSpeed; angle = (angle + angleDelta) % (2*pi);