cross section
Bui
A circular section refers to a part or segment of a larger circular object or shape. It typically describes a section that is formed by cutting or dividing the circular object along a specific path or line. The circular section retains the characteristics and properties of the original circular shape.
If the Object is falling at a constant velocity the shape of the graph would be linear. If the object is falling at a changing velocity (Accelerating) the shape of the graph would be exponential- "J' Shape.
It normally defines the shape of an object
a repeated shape or object
When the shape of an object is matched to a similarly shaped object in the next shot, this type of editing device is known as
Cutting an object with a pattern or shape to copy the same pattern or shape.
The cross section of a shape refers to the shape obtained when the given shape is cut across a straight line. The cross section of a shape helps viewers to view inside of a given object by cutting through it.
Smoothing an object's shape is called streamlining. It is used for improving passage through air as well as water.
CIRCULAR
A line is produced
The shape of the object and the density of the gas that the object is falling through.
Cylindrical
When it is produced it is processed through a tube, giving it a circular shape.
An Ellipse
No. Buoyancy depends only on total volume of water displaced and the mass of the object, not the shape of the displacement. However, if the change in the shape affects the volume of water displaced, then the bouyancy of the object is affected. Scuba divers with wet suits know that the volume of their wet suit compresses as their depth increases, causing the suit (and the diver) to become less bouyant.
A circular section refers to a part or segment of a larger circular object or shape. It typically describes a section that is formed by cutting or dividing the circular object along a specific path or line. The circular section retains the characteristics and properties of the original circular shape.
Well, here are a few that I can think of . . .-- the speed at which the object is plowing through the air-- the density of the air through which the object is plowing-- the local turbulence in the air that was there before the object came along-- the physical size of the object-- the shape of the object-- the object's surface texture