No, not all light waves that travel through a convex lens pass through the focal point. It depends on the wavelength of the light, since light of different wavelengths diffract at different angles when encountering a change in media, such as air to glass, at an angle. Isaac newton noted this in his study of light and prisms.
light rays converge at the focal plane
a convex lens
Convex lenses have a focal point.
A convex lens is a mirror whose middle is larger than the top and bottom. A convex lens is more than two focal lengths. It is smaller and inverted between one and two focal lengths.
Focal point of which mirror? Because convex mirror would have a virtual focus which is assumed to be at the back of the mirror.
light rays converge at the focal plane
a convex lens
Because the focal point of the convex mirror will always be at a 'virtual' place. Convex mirrors focus the image at a definite point.
IF you meant a convex lens - light entering the lens is bent because it's passing from one medium to another - to converge at the focal point.
to determine the focal length of a convex mirror.
Convex lenses have a focal point.
Light travelling through a concave lens will spread out. In most optical systems that use a concave lens, such as a telescope that needs to magnify the focal plane image, this is a desirable effect.
The distance from the centre of the lens to the focal point.
its focal lenght becomes 2f
A convex lens is a mirror whose middle is larger than the top and bottom. A convex lens is more than two focal lengths. It is smaller and inverted between one and two focal lengths.
Focal point of which mirror? Because convex mirror would have a virtual focus which is assumed to be at the back of the mirror.
The focal point is the point where light converges after it passes through a concave lens. The focal length is the distance of the focal point to the lens. Same for a convex lens, except that the focal point is the imaginary point from where light deflected from lens seems to have emerged.