MSBTE K Scheme 312301 Applied Mathematics 2nd Semester All Branch IMP Questions with Answers
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| 312301 Applied Mathematics Previous year Important Questions with Answers |
For all the study materials you'll need, this blog on "312301 Applied Mathematics" is a comprehensive resource. The syllabus, sample MSBTE question papers, answers, and thorough questions and answers for every unit—marked in accordance with the MSBTE "K" scheme—are all included. Look no further if you're hoping to achieve top marks in "Applied Mathematics"—this site contains all the information you need.
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The K scheme curriculum of the MSBTE is made to make the passing requirements simpler. To pass under this scheme, a student must receive at least 40 out of 100 Marks. A 30-70 marking system is used for the evaluation, with a total of 100 marks. Formative (FA-TH) and summative (SA-TH) assessments make up this. The average of the two 30-mark class exams given during the semester is used to compute the FA-TH. The MSBTE assigns a 70-mark theory paper called the SA-TH at the end of the semester. For example, a student's combined score would be 41 out of 100 if they receive 29 out of 30 in FA-TH and 12 out of 70 in SA-TH. Consequently, despite receiving a summative score of 12 out of 70,This implies that if a student receives a high formative assessment score, they will pass even with a summative score of 12 out of 70. This is a good opportunity for students who have difficulty with math. The MSBTE All Clear Site offers the comprehensive solutions.
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The Applied Mathematics course is offered in the second semester across all branches of engineering. It encompasses topics like integration, definite integration, differential equations, numerical methods, and probability distribution. This course equips engineering students with vital problem-solving skills. It empowers them to model and dissect intricate systems, make well-informed decisions, and effectively tackle real-world engineering problems.
Unit – I Indefinite Integration (Marks – 20)
1.1 Simple Integration: Rules of integration and integration of standard functions
1.2 Integration by substitution.
1.3 Integration by parts.
1.4 Integration by partial fractions (only linear non repeated factors at denominator of proper fraction)
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Unit – II Definite Integration (Marks – 12)
2.1 Definite Integration: Definition rules of definite integration with simple examples.
2.2 Properties of definite integral (without proof) and simple examples
Unit – III Differential Equation (Marks – 12)
3.1 Concept of Differential Equation.
3.2 Order, degree and formation of Differential equations
3.3 Methods of solving differential equations: Variable separable form, Exact Differential Equation, Linear Differential Equation
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Unit – IV Numerical Methods (Marks – 14)
4.1 Solution of algebraic equations: Bisection method, Regula falsi method and Newton –Raphson method.
4.2 Solution of simultaneous equations containing three Unknowns by iterative methods: Gauss Seidal and Jacobi’s method.
4.3 Bakhshali iterative method for finding approximate square root. (IKS)
Unit – V Probability Distribution (Marks – 12)
5.1 Binomial distribution.
5.2 Poisson’s distribution.
5.3 Normal distribution.
Conclusion
To sum up, MSBTE All Clear.com is a priceless tool for students enrolled in MSBTE's K scheme who want to study Applied Mathematics. With its extensive study materials, which include sample question papers, answers, and syllabus information, the portal helps students grasp fundamental mathematical ideas. Students who may find mathematics difficult have a realistic route to academic success because to the K scheme's streamlined grading structure. Through the utilization of MSBTE All Clear.com's tools and advice, students can improve their comprehension, increase their self-assurance, and achieve success in their Applied Mathematics exams.