Abstract Algebra: The definition of a Ring Abstract Algebra: The definition of a Ring begin-post-stats Socratica • 89K views end-post-stats begin-duration 3:13 end-duration Math topics: _Binary_operations_##Binary operations##_Addition_##Addition##_Multiplication_##Multiplication##_Subtraction_##Subtraction##_Division_(mathematics)_##Division (mathematics)##_Abelian_group_theory_##Abelian group theory##_0_(number)_##0 (number)##_Integer_##Integer##_Abelian_group_##Abelian group##_Abstract_algebra_##Abstract algebra##_Ring_(mathematics)_##Ring (mathematics)##_Category_(mathematics)_##Category (mathematics)##_Closure_(mathematics)_##Closure (mathematics)##_Set_theory_##Set theory##_Set_(mathematics)_##Set (mathematics)##_Set_theory_##Set theory##_Element_(mathematics)_##Element (mathematics) Other topics: _Logical_expressions_##Logical expressions##_Rule_of_inference_##Rule of inference##_Expression_(mathematics)_##Expression (mathematics)##_Distributive_property_##Distributive property##_Matrix_theory_##Matrix theory##_Matrix_multiplication_##Matrix multiplication##_Matrix_(mathematics)_##Matrix (mathematics)##_Row_and_column_spaces_##Row and column spaces video-id: 6RC70C9FNXI channel_Socratica_ So What Learning Abelian group theory , Abstract algebra , Binary operations , Logical expressions , Matrix theory , Set theory Friday, January 19, 2018 Share Share