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LNMU B.Sc. Part-3 Botany General Course Syllabus With Practical

LNMU, Darbhanga B.Sc. Part-3 Botany General Course Theory Paper Syllabus There shall be one theory paper and coe practical paper consisting of 75 and 25 marks respectively. Each paper shall be of three hours duration. The paper shall consist of Molecular Biology and Biotechnology in two groups. Candidates are required to answer five Questions selecting atleast one from each group. Question No.I will be of short answer type and compulsory. Group-A Molecular Biolegy 1. DNA replication. 2 RNA structure and type. 3.Seracture of gene. 4 Genetic code. 5.Gene regulation and expression. Group-B Biotechnology 1. L Recombinant DNA technology. 2. Gene Cloning. 3.Elementary idea of plant tissue culture. 4. Role of Agrobacterium in genetic engineering. 5. Biotechnology and plant improvement. LNMU, Darbhanga B.Sc. Part-3 Botany General Course Practical Syllabus And Questions 1. Preparation of a culture medium. {10} 2 Demonstration of different instruments usefol in Bictechn

LNMU B.Sc. Part-3 Mathematics General Course Syllabus

LNMU, Darbhanga B.Sc. Part-3 Mathematics General Course Syllabus Time:- 3 Hours Full Marks:- 100 Stress should be given on development of ideas and theories rather than on solving problems, answers should be short and intelligent. Answer any eight questions selecting at least one from each group. Group-A Vector Analysis Triple products, differentiation of a vector function differentiation of a product of two vectors. Gradient of a scalar, divergent of a scalorw. divergence and curl of a vector in cartesian co-orinates. (4 questions) Group-B MECHANICS Reduction of general plane system equation of the line of action of forces coplanar conditions for a system of forces to be in equilibrium. principle of virtual work, simple Harmonic motion spring and strings. Hooke's law motion in a plane components of velocity and acceleation and transverse tangential and normal. (5 questions) Group-C Differential equation of the first order,separation of variables, homogenous ex

LNMU B.Sc. Part-3 Chemistry General/Pass Course Syllabus With Practical

LNMU, Darbhanga B.Sc. Part-3 Chemistry General/Pass Course Theory Paper Syllabus  Time:- 3 Hours Full Marks:- 100 Pass Marks:- 45 One question is compulsory which will be very short answer type. Five questions in all to be answered, at least one question from each group to be answered. Group-A      1. Solution and Collegative Properties :                 Ideal & Non-ideal solution. Collegative Properties. Relative lowering of vapour pressure-Raoults Law. Elevation in boiling point. Depression of freeezing point. Osmosis. Abnormal molecular mass. Vant Hoff's factor.    2. Liquid State:                  Structure of liquid. Types. properties of liquid and their experimental method of determination. Vapour pressure. Surface tension. Parachor viscosity and Refracture Index.     3. Photochemistry:                   Photochemical and thermal reaction. Laws of photochemistry. Quantum efficiency. Jabolansky diagram and explanation of photosynthesis, phosporoscence. Lu

LNMU B.Sc. Part-3 Physics General/Pass Course Syllabus With Practical

Lalit Narayan Mithila University, Darbhanga B.Sc. Part-3 Physics General/Pass Course Syllabus With Practical There shall be one theory paper of three hours duration carrying 75 marks besides a one practical paper of three hours duration carrying 25 marks. LNMU Darbhanga B.Sc. Part-3 Physics General/Pass Course Theory Paper Syllabus The question paper will consist of three groups. Group A will have six short type questions out of which three will have to be answered. Group B and C will have four questions cach, out of which two questions will have to be answered from each group. Question number one will be compulsory.   Group-A  It will consist of six short type questions from topics in Group B and Group C. Out of which any three will have to be answered. Group-B  Quantum mechanics, Solid State Physics      Origin of quantum theory, de Broglie concept of matter waves, wave particle duality, experimental demonstration of matter waves, postulates of quantum mechanics, S