When building the field function of the finite elements, the............should both be ensured - completeness and compatibility - compatibility and stability - compatibility and convergence - stability and completeness

Q: Based on the following figure: If 5<p<8 , 45°<p<65° , 3<z<6 the surface area of region defined by…

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Q: Evaluate and sketch the line integral : I Pyx dx + (2X- Y)dy around the region bounded by curves…

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Q: A 2-dimensional plane of section through a material is representative of the 3-dimensional structure…

A: Solution: To Find: Whether the given statement is True or False.

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A: The length of the object is L=2.5 m. The current through the wire is A=1.1 A. The angle of magnetic…

Q: The solution of the following linear differential equation xy' – 4y = x³ is

A: Solution:

Q: Consider the two point BVP: -u" + 3u = 1, 0 <x<1, with u(0) = u(1) = 0

A: A two-point boundary value issue is defined when the solution and derivatives are stated at only…

Q: What is the convergent boundary

A: An area within which the collision of two or more tectonic plates occurs is known as a convergent…

Q: String Number Mass Attached (kg) Force Exerted (N) Direction (°) 1       2       3

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Q: Take the scale of 10 N = 1 cm in a graphical solution, then the resultant of 10 cm in length should…

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Q: A solution exists for 5*x^2-4"x^(3/2) = 0 at the interval [1, 2]. O Yes No

A: To have at least one root within an interval, value of function must change sign. ℱ(x) = 5x2-4x32…

Q: What are the primary dimensions of electrical capacitance C, the units of which are farads

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Q: Answer the following question considering the following 3D vector field F: (Hint: You may need to…

A: Calculate divergence of F as shown below –

Q: Unit Vector of R in the system. Direct Cosines of Cr in pt D.

A: The component of forces is Each cell is 2 ft = 0.3048 m in horizontal and vertical direction. The…

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Q: Three dimensional geometric transformations have numerous applications in geometric modeling like…

A: The three dimensional geometric transformations are the extended form of two-dimensional modelling…

Q: Derive the Casimir force in massless scalar field theory in d+ 1-dimensional space- time (d spatial…

A: In Casimir's unique paper, he didn't involve the outcome in condition. However in a more late…

Q: Determine the following function is differentiable F (z) e?

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Q: Hazan-Williams equation can be used to define sprinklers distribution patterns Select one: O True…

A: Gardner Williams and Allen Hazen conducted various experiments to record friction losses in pipes.…

Q: In circular motion vr=0 vr=v theta vr=-v theta ar=0 The right representation of r-theta coordinates…

A: In a circular motion,Vr=0 because when particle is moving in a circular motion then in radial…

Q: 4. The differentials of the following function (Z In(xy' /z') is equal

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A: Given data: The refractive index is μ=2 The radius of curvature is R=10 cm

Q: The following diagram corresponds to questions 1 to 3. A beam rests on two sharp edges as shown on…

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Q: Consider the 4-node isoparametric element. Show that at the origin of the re n = 0: an, y2 - Y4 əx…

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Q: Q2)Find the electric field intensity at the point P due to a uniform line charge pz lying along the…

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Q: Which term below describes a unique location in Euclidean space that has no dimensional attributes?…

A: we have to determine which term describes a location in Euclidian space that has no dimensional…

Q: 1. Determine the general solution of (x + 3y)dx – x dy = 0

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Q: Solve the following differential equation: dy 2y – x*e-2x = 0 dx

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Q: A material representative volume undergoes a deformation corresponding to the following right…

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Q: E. In Excrcises I and 2, find the domains and ranges of f, g.f+g. and f'g. 1. f(x) = x, g(x) = Vx- 1…

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Q: xplain the concept of balanced field length in aircrafts.

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Q: a) Consider the limits of integration while solving this problem. The larger (upper) limit of…

A: a) The larger (upper) limit of integration for the Q direction is π rad.   b) The smaller (lower)…

Q: (2) ubäi A physical quantity which requires only magnitude for its complete description is known as…

A: A physical quantity that depends only on magnitude is called a scalar quantity and a physical…

Q: A. Find the values of a such that vectors and are orthogonal . 1 B. Find the domains of the…

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Q: Field-flow fractionation flow field Could a turbulent-flow field be employe

A: given; Field-flow fractionation flow field Could a turbulent-flow field be employee.

Q: 3) From elementary geometry we know that there is a unique straight line through any two points in a…

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Q: Three field quantities are given by: P = 8ax -az Q = 2ax – Gay + 2az %3D R%3D8ах - Зау + зaz…

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Q: Consider the following: 1. Point function 2. Property of the system 3. Intensive property 4. Exact…

A: The properties which are independent of mass are known as intensive properties. The Extensive…

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Q: Show how to calculate moments about a point in 2-dimensional and 3- dimensional systems.

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Q: Three springs, A, B and C, are connected as shown below, with one end of A and C attached to rigid…

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Q: Find the relation between backwards finite difference and average operator.

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Q: u Faces of the resultant system of converging forces in Figure (2). 1KN 2000 Fal 500N 400N X

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