antiplane |
antiplanet |
As an adjective antiplane
is (mechanics) being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane.
As a noun antiplanet is
a hypothetical planet composed of antimatter.
antiplane |
antiplant |
As adjectives the difference between antiplane and antiplant
is that
antiplane is being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane while
antiplant is designed to kill plants; herbicidal.
perpendicular |
antiplane |
As adjectives the difference between perpendicular and antiplane
is that
perpendicular is (architecture) of a style of english gothic architecture from the fourteenth and fifteenth centuries while
antiplane is (mechanics) being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane.
plane |
antiplane |
As adjectives the difference between plane and antiplane
is that
plane is of a surface: flat or level while
antiplane is being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane.
As a noun plane
is a level or flat surface.
As a verb plane
is to smooth (wood) with a plane.
displacement |
antiplane |
As a noun displacement
is the act of displacing, or the state of being displaced; a putting out of place.
As an adjective antiplane is
(mechanics) being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane.
deformation |
antiplane |
As a noun deformation
is deformation.
As an adjective antiplane is
(mechanics) being or pertaining to a special class of deformation where the displacements in the body are zero in the plane of interest but non-zero in the direction perpendicular to that plane.