Radius Of Curvature Formula Physics Class 10 ~ Formula of the radius of curvature. The object distance u u image distance v v and focal length f f are related by the mirror formula. Application of radius of curvature. R 1 k here k is the curvature. Focal length is equal to half of radius of curvature i e f r 2 f r 2. It is represented by the letter r. The radius of curvature of a curve at a point m left x y right is called the inverse of the curvature k of the curve at this point. The radius of this circle is the radius of curvature to the given curve at the point p. Normally the formula of curvature is as. The equation relating the object distance u the image distance v and the mirror focal length f is called the mirror formula. Indeed recently has been hunted by consumers around us, maybe one of you. Individuals are now accustomed to using the net in gadgets to view image and video information for inspiration, and according to the name of the post I will discuss about Radius Of Curvature Formula Physics Class 10. Formula of the radius of curvature. It is represented by the letter r. The magnification is the ratio of image height to the object height and it is given by m v u m v u. Reflecting surface of a spherical mirror forms a part. Besides we can sometimes use symbol ρ rho in place of r for the denotation of a radius of curvature. Also at a given point r is the radius of the osculating circle an imaginary circle that we draw to know the radius of curvature. Following is the formula used to find the radius of curvature using spherometer. Application of radius of curvature. Large r frac 1 frac dy dx 2 3 2 frac d 2 y dx in polar coordinates r r θ the radius of curvature is given by. What is the formula used to find the radius of curvature using spherometer.
What is the formula used to find the radius of curvature using spherometer. Mirror formula definition. A straight line passing through the pole and the centre of curvature of a spherical mirror.
What is the formula used to find the radius of curvature using spherometer.
The radius of the sphere of which the reflecting surface of a spherical mirror forms a part is called the radius of curvature of the mirror. Large r frac 1 frac dy dx 2 3 2 frac d 2 y dx in polar coordinates r r θ the radius of curvature is given by. When a body moves along a curved path its velocity keeps changing. The equation relating the object distance u the image distance v and the mirror focal length f is called the mirror formula.