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Ring - Show that the set of rational number Q is a ring under the composition + and × defined as ..

Algebra Exam/Paper pattern for SPU/HPU | Bsc 2nd year | Important Topics

5 important definitions from Differential Equations | bsc 1st year math102 #bsc1styearmaths #shorts

Jacobians | Jacobian-Bsc 1st year | Differential Calculus |

Limit and continuity of a function using (ε, δ) definition | Bsc 1st year | Differential Calculus

Exact Differential Equations - Basic concepts | Bsc 1st year | Differential Equations | Bekaar Maths

Lagrange's mean value theorem | statement and proof | bsc 1st year | calculus | bekaar maths

Euler Theorem| Bsc 1st year | differential calculus | Euler Theorem for Homogeneous function|

Partial differential equations of first order |Bsc 1st year | Differential equations | Bekaar Maths

Composition table or Cayley's table | Group Theory | Algebra

Subgroups - Algebra | Bsc 2nd year | Definition & Examples | Theorem 1

Curvature | Radius of curvature | bsc 1st year maths | calculus | bekaar maths

Wronskian - Differential Equations | bsc 1st year | wronskian and its Properties | Bekaar Maths

Centre of Group | Normalizer of an element | Theorems with proofs | Difference b/w Z(G) and N(a)

Total Differential Equations | BSc 1st year | Differential Equations | Bekaar Maths

What is integration ? An Important Conversation About Integration | Integral Calculus

The necessary and sufficient condition for a Homomorphism to be an Isomorphism is that K={e}

There is one to one correspondence between the Left cosets of H in G and the Right cosets of H in G

Cauchy's First Theorem on Limits | Sequences | Real analysis | Bsc 2nd year | lec. 06

Continuity of a function at a point | Limit and continuity of a function using (ε, δ) def. |Calculus

Successive Differentiation | Bsc 1st year | Diff. calculus | how to find Yn(0) | Liebnitz Theorem

Cauchy's second theorem on limits Statement and proof | Real analysis

Cyclic Group | Definition and example | Group theory | Algebra

Polar Coordinates | BSc 1st year | Differential calculus | cartesian coordinate | Bekaar Maths