Sankalp Study Success

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Welcome to Sankalp Study Success, your one-stop solution for academic and competitive preparation.

Here are the topics covered:

Academic subjects:
School - Upto 10+2 level- All subjects,
Engineering subjects (CSE, IT, AIML),

Competitive Exams:
EAMCET, EAPCET, GATE, TET, DSc, CAT, NEET, EPFO, UPSC, APPSC, TGPSC and etc.

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36.Functional Dependence & Independence | Repeated Problems in Exams | M1 Unit-IV

36.Functional Dependence & Independence | Repeated Problems in Exams | M1 Unit-IV
35.Functional Dependence & Independence | Jacobian Method | M1 Unit-IV

35.Functional Dependence & Independence | Jacobian Method | M1 Unit-IV
34.Jacobian | Most Repeated Solved Problems | M1 Unit-IV

34.Jacobian | Most Repeated Solved Problems | M1 Unit-IV
33.Jacobian | Definition, Working Rule & Solved Examples | M1 Unit-IV

33.Jacobian | Definition, Working Rule & Solved Examples | M1 Unit-IV
32.Euler’s Theorem on Homogeneous Functions | Concept, Proof & Solved Examples | M1 Unit-IV

32.Euler’s Theorem on Homogeneous Functions | Concept, Proof & Solved Examples | M1 Unit-IV
31.Important problems(repeated) on Partial Differentiation | Multivariable Calculus | M1 | Unit IV

31.Important problems(repeated) on Partial Differentiation | Multivariable Calculus | M1 | Unit IV
30.Introduction to Partial Differentiation & Applications | Multivariable Calculus | M1 | Unit IV

30.Introduction to Partial Differentiation & Applications | Multivariable Calculus | M1 | Unit IV
Payment of Wages Act in Telugu | EPFO SSA/APFC/Exam Orientation | Notes in Sankalp Study Success App

Payment of Wages Act in Telugu | EPFO SSA/APFC/Exam Orientation | Notes in Sankalp Study Success App
30. Mid 1 Important Topics | M1

30. Mid 1 Important Topics | M1
29.Applications of Definite Integrals | Surface Areas & Volumes of Revolution | M1 Unit-III

29.Applications of Definite Integrals | Surface Areas & Volumes of Revolution | M1 Unit-III
28.Cauchy’s Mean Value Theorem | Concept, Geometrical Interpretation & Solved Examples | M1 Unit-III

28.Cauchy’s Mean Value Theorem | Concept, Geometrical Interpretation & Solved Examples | M1 Unit-III
27.Lagrange’s Mean Value Theorem | Geometrical Interpretation & Solved Examples | M1 Unit-III

27.Lagrange’s Mean Value Theorem | Geometrical Interpretation & Solved Examples | M1 Unit-III
26. Rolle’s Theorem | Important Solved Examples | M1 Unit-III

26. Rolle’s Theorem | Important Solved Examples | M1 Unit-III
25.Rolle’s Theorem | Concept, Geometrical Interpretation & Solved Examples | M1 Unit-III

25.Rolle’s Theorem | Concept, Geometrical Interpretation & Solved Examples | M1 Unit-III
24.Reduction of Quadratic Forms into Canonical Form using Digonalisation | Engineering M1 Unit-II

24.Reduction of Quadratic Forms into Canonical Form using Digonalisation | Engineering M1 Unit-II
23.Orthogonal Transformation | Concept, Working Rule & Examples | Engineering M1 Unit-II

23.Orthogonal Transformation | Concept, Working Rule & Examples | Engineering M1 Unit-II
22.Methods of Reduction of Quadratic Forms | Concept and Working Rule | Engineering M1 Unit-II

22.Methods of Reduction of Quadratic Forms | Concept and Working Rule | Engineering M1 Unit-II
21.Quadratic Forms | Concept and Numerical | Engineering M1 Unit-II

21.Quadratic Forms | Concept and Numerical | Engineering M1 Unit-II
20.Cayley–Hamilton Theorem | important problems (PYQ) | Engineering M1 Unit-II

20.Cayley–Hamilton Theorem | important problems (PYQ) | Engineering M1 Unit-II
19.Cayley–Hamilton Theorem | Concept, Working Rule & Applications | Engineering M1 Unit-II

19.Cayley–Hamilton Theorem | Concept, Working Rule & Applications | Engineering M1 Unit-II
18.Cayley–Hamilton Theorem | Concept, Working Rule & Applications | Engineering M1 Unit-II

18.Cayley–Hamilton Theorem | Concept, Working Rule & Applications | Engineering M1 Unit-II
17.Diagonalization of a Matrix | Concept & Solved Examples | Engineering Mathematics M1 Unit-II

17.Diagonalization of a Matrix | Concept & Solved Examples | Engineering Mathematics M1 Unit-II
16.Diagonalization of a Matrix | Concept & Solved Examples | Engineering Mathematics M1 Unit-II

16.Diagonalization of a Matrix | Concept & Solved Examples | Engineering Mathematics M1 Unit-II
15. Algebraic and Geometric Multiplicity | Concept & Difference | Engineering Mathematics M1 Unit-II

15. Algebraic and Geometric Multiplicity | Concept & Difference | Engineering Mathematics M1 Unit-II
14. Finding Eigenvalues and Eigenvectors for 2×2 & 3×3 Matrices | Engineering Mathematics M1 Unit-II

14. Finding Eigenvalues and Eigenvectors for 2×2 & 3×3 Matrices | Engineering Mathematics M1 Unit-II
13. Problems on Eigenvalues and Eigenvectors | Engineering Mathematics M1 Unit-II

13. Problems on Eigenvalues and Eigenvectors | Engineering Mathematics M1 Unit-II
12. Problems on Eigenvalues and Eigenvectors | Engineering Mathematics M1 Unit-II

12. Problems on Eigenvalues and Eigenvectors | Engineering Mathematics M1 Unit-II
11.Eigenvalues and Eigenvectors | Concept & Working Rule | Engineering Mathematics M1 Unit-II

11.Eigenvalues and Eigenvectors | Concept & Working Rule | Engineering Mathematics M1 Unit-II
8. CONJUNCTION – Definition, Types, Rules | General English for All Competitive Exams

8. CONJUNCTION – Definition, Types, Rules | General English for All Competitive Exams
7. INTERJECTION – Definition, Examples | General English for All Competitive Exam

7. INTERJECTION – Definition, Examples | General English for All Competitive Exam