In mathematics, there's a thing called restricted representation. It is described as the construction in the representation of groups. In other words, these representations supposedly form a representation of a whole group. So, what do you know about this theory? Try our quiz and see if you have enough knowledge to successfully complete it.
It's the breaking of a symmetry of a theory by terms in its defining equations of motion that do not respect the symmetry.
It's the breaking of a shape by terms in its defining equations of motion that do not respect the symmetry.
It's the breaking of a symmetry of a theory by terms in its defining equations of motion that do not respect the theory.
It's the breaking of a symmetry of a calculations by terms in its defining equations of motion that do not respect the symmetry.
It's the group of all transformation under which the object is variant.
It's the group of all transformation under which the object is invariant with composition as the group operation
It's the group of all transformation under which the object is variant with composition as the group operation
It's all transformations under which the object is invariant with composition as the group operation
It's the theory in physics which describes plants at the smallest scales of energy .
It's the fundamental theory in biology which describes nature at the smallest scales of energy .
It's the fundamental theory in physics which describes nature at the smallest scales of energy .
It's the fundamental theory in mathematics which describes nature at the smallest scales of energy .
It's a theorem expressing a duality between the process of adding and inducing.
It's a theorem expressing a duality between the process of restricting and cutting.
It's a theorem expressing a duality between the process of restricting and changing.
It's a theorem expressing a duality between the process of restricting and inducing.
It's the shifting and splitting of spectral lines of atoms and molecules due to presence of an external electric field.
It's the splitting of spectral lines of atoms and molecules due to presence of an external electric field.
It's the shifting of spectral lines of atoms and molecules due to presence of an external electric field.
It's the shifting and splitting of lines of molecules due to presence of an external electric field.
It describes the relation between representation of a normal subgroup.
It describes the relation between a group and those of a normal subgroup.
It describes the relation between representation of a group and those of a normal subgroup.
It describes the relation between representation of a group and those of a normal different group.
It's from the function h:G----H such that for all U and V in G it holds that H(u*v)=h(v)
It's from the function h:G----H such that for all V in G it holds that H(u*v)=h(u).h(v)
It's from the function h:G----H such that for all U and V in G it holds that H(u*v)=h(u).h(v)
It's from the function h:G----H
It's a fundamental algebraic structure used in abstract algebraic
It's a fundamental algebraic structure used in geometry
It's a fundamental algebraic structure used in biology
It's a fundamental algebraic structure used in physics
It's a collection of objects called functions.
It's a collection of objects called identities.
It's a collection of objects called vectors.
It's a collection of objects called algebras.
They are a number system that extends the complex number.
They are a number system that extends the simple number.
They are a number system that extends a function
They are a number system that extends a mathematical identity.