If we change the definition of vector addition to: and definition of scalar multiplication to: the set where k =4 and b=
Posted: Wed Jul 06, 2022 11:52 am
If we change the definition of vector addition to:
and definition of scalar multiplication to:
the set where k =4 and b=8 is a vector space.
Verify this statement by confirming that all ten axioms in thedefinition of a vector space are true for all vectors in theset.
and definition of scalar multiplication to:
the set where k =4 and b=8 is a vector space.
Verify this statement by confirming that all ten axioms in thedefinition of a vector space are true for all vectors in theset.