No, the formula is far from simple - requiring elliptical integrals.
Oblique incidence applies to rays that are incident at some angle OTHER THAN at right angles (90 degrees) to the surface on which they are incident. Vertical incidence IS at right angles.
Well a cube is a very interesting polygon but it is right AND oblique
I believe that a sphere is neither oblique nor a right (angle?).
right
True. This is because the slant height of an oblique cone cannot be defined.
False. The surface area formula for a right cone is not the same as the surface area formula for an oblique cone.
No, the formula is far from simple - requiring elliptical integrals.
False apex
Area of the right section x Length of the lateral edge
Oblique incidence applies to rays that are incident at some angle OTHER THAN at right angles (90 degrees) to the surface on which they are incident. Vertical incidence IS at right angles.
The ipsilateral antagonist of the right inferior oblique muscle is the right superior oblique muscle. The superior oblique muscle acts to depress and abduct the eye, while the inferior oblique muscle acts to elevate and abduct the eye.
Well a cube is a very interesting polygon but it is right AND oblique
I believe that a sphere is neither oblique nor a right (angle?).
right
Yeah it has an oblique and horizontal fissure
If it is a pyramid the apex has to be in the middle of the base.... for it to be right If it is not then its is oblique