State and Prove Perpendicular axis Theorem
6.A] State and prove perpendicular axes theorem Answer:- To prove :- Statement:- The Moment of inertia of area about an axis perpendicular to its plain at any point βo'(Alphabet ββ¦
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Solve π₯(π¦^2βπ§^2)π+π¦(π§^2βπ₯^2)πβπ§(π₯^2βπ¦^2) = 0
6.C] Solve π₯(π¦2 β π§2)π + π¦(π§2 β π₯2)π β π§(π₯2 β π¦2) = 0 Answer:-
Using double integration find the area between the parabolas π¦^2=4ππ₯ and π₯^2=4ππ¦
2.B] Using double integration find the area between the parabolas π¦2 = 4ππ₯ and π₯2 = 4πy. Answer:-
VTU 1st Year 21MAT21 [SET-2] Solved Model Question Paper Advanced Calculus and Numerical Methods
VTU 1st Year 21MAT21 Advanced Calculus and Numerical Methods set-2 Solved Model Question Paper with answers available on this website. VTU 1st Year Advanced Calculus and Numerical Methods set-2 Solvedβ¦
Change the order of integration and hence evaluate β«β«π^βπ¦/π¦ ππ¦πx
2.A] Change the order of integration and hence evaluate dydx. Answer:-
Evaluate β«β«π₯π¦ ππ₯ππ¦ over the region bounded by the x-axis, ordinate π₯=2π and the curve π₯^2 =4πy
1.A] Evaluate β« β« π₯π¦ ππ₯ππ¦ over the region bounded by the x-axis, ordinate x=2a and the curve π₯2 = 4πy ANSWER:-
Evaluate β«ππ₯/1+π₯^2, using Simpsonβs (3/8) π‘β rule by taking 7 ordinates.
8.C] Evaluate , using Simpsonβs (3/8)π‘β rule by taking 7 ordinates. Answer:-
Show that β«βsinπ/ππ β«ππ/βsinπ=Ο
1.C] Show that Answer:-
Using Newtonβs divided difference interpolation find π(9),Given that :-
x 5 7 11 13 17 y 150 392 1452 2366 5202 8.B] Using Newtonβs divided difference interpolation find π(9),Given that :- x 5 7 11 13 17 y 150β¦
Find a real root of π₯3 β 9π₯ + 1 = 0 ππ (2, 3) by the Regula-Falsi method in four iterations.
7.A] Find a real root of π₯3 β 9π₯ + 1 = 0 ππ (2, 3) by the Regula-Falsi method in four iterations. Answer: