Let G (V, E) be a simple graph with |V]2 3 and d(u) 2 for all v E V. Prove that G is Hamiltonian. A- =而
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A: To prove cay(G , S) is a normal Cayley graph you need to prove that for any a∈G a-1Sa=S ∀a∈Z4×Z2=G…
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A: Providing the answer for first three parts if you want the answer of other parts please provide us…
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A: Given, U2=I
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A: Given : H={n2|n∈Z+} To Check: H is closed under binary addition or not
Q: B H E RE OF G 3 A E D 2. Determine if each of the graphs above have a Hamiltonian circuit. Explain.
A: Remark: A path begins and ends on the same vertex (i.e., a closed circuit) such that each vertex is…
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A: Symmetric matrix
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Q: 8. (a) Show that the system i=y+xf(r)/r, j=-x+yf(r)/r (7=x²+y?) (*) has limit cycles corresponding…
A: Given part (a) x·=y+xfrry·=−x+yfrrr2=x2+y2 By transforming coordinates into polar coordinates Thus…
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A: To prove that ∫cFdr is not independent of path. Let C1 be the semi circle which lies above x axis…
Q: Let p(x) = kx* + kx + kx + k,x + kg, x E R be a polynomium without a first degree term whose graph…
A: The given polynomial is: p(x)=k4x4+k3x3+k2x2+k1x+k0
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Q: Let p(x) =-2x* + c,x' + c,x + c,x + c, x ER be a polynomium whose graph insersects the points (-2,…
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A: Given A∈ℝn×n,x¯∈ℝn\0 and Ax¯=0 To prove that the origin is stable if and only if x¯ is stable. If…
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A: Given, q= erΔt - du - d Consider , su q + sd (1-q) = su erΔt - du-d +sd1-erΔt - du - d= su erΔt -…
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A: R1=a,a,c,c,b,b,d,d The directed graph is:
Q: 비 az and Given that z = e*, x= 2u+ v, y= .y==. Find using the chain rule. au
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Q: if u=f(x,y), x=g(w) and y=h(w), using chain rule, what is ∂u/∂w?
A: Silution : Given that u = f(x,y)
Q: Compute the Jacobian of the map G(r, s) = (er cosh(s), er sinh(s))
A: The given function is G(r, s) = (er cosh(s), er sinh(s)). Compute the Jacobian as follows.
Q: Let G = (V, E) be bipartite graph, with vertex partition V = XuY. Assume further that • every z in X…
A: Let GV,E be a bipartite graph, with vertex partition V=X∪Y.And every x in X has the same degree dx≥1…
Q: 5. (a) Make a tree diagram for the chain rule for f(x, y, z) = x²y² + y²z² + x²z², x = rt, y = r²t³,…
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Q: give an example or prove it doesn't exist j. an orientation on K44 which contains no sources or…
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A: A 3×3 matrix a11a12a13a21a22a23a31a32a33.
Q: Let F(x, y, z)=z²i+ 2xj+y°k and let S be the graph of z = 4-x² -y², z 20 oriented counterclockwise.…
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Q: If T: H→→H is a bounded self-adjoint linear operator and T‡0, then T"#0. Prove this (a) for n = 2,…
A: Given T:H→H is a bounded self-adjoint linear operator and T≠0. We know that if T is a self adjoint…
Q: Let A ∈ M nxn(F). Show that A is diagonalizable if and only if At isdiagonalizable
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Q: Prove that a complete bipartile graph Ks,s has (s−1)!s!/2 Hamiltonian walks for s >1
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Q: Given the states lp) = 3|0) – 2i|1) and |ø) = |0) + 5|1) , (a) Show that these states obey the…
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Q: Show that the following system undergo a saddle-node bifurcation. Find the vale H= Ho where such a…
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Q: Determine whether the work done along the path C is positive, negative, or zero. c/
A: we know that Work W=∫C F→·dr→
Q: 3) Show that the following graphs Hamiltonian are hot a a) d d 137 c) d) ol
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Q: The linearization at a = 0 to √8+7e is A + Ba. Compute A and B. A B= || ||
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Q: If the Wronskian of f and g is t cos t - sin t, and if u = f+ 2g, v = f - g, find the Wronskian of u…
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Q: Find the Runet'ion FCA] such that =t+ cost and such that
A: Let y"(t)=d2ydt2=t+cos t and y(0) = 1 and y'(0) = 2 Integrating on both sides, ∫y"(t)dt=∫t+cos t dt…
Q: 1. Consider the system ' = 3x + 6xy?, W =x² + 1. Are there any closed orbits? Explain your answer.
A: Given - Consider the system x' = 3x + 6xy2, y' = x2 + 1. To find - Are there any closed orbits ?…
Q: Evaluate I = Se(sin æ + 7y) dæ + (3x + y) dy for the nonclosed path ABCD in the figure. А 3 (0,0),…
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Q: Compute the Jacobian of the mapping. G(r, t) = (2re", 3 + 8e")
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Q: 19: Find two linear operator T, and T,on V(R) such that T,T, = 0 but T,7, - 0.
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Q: if A=x²ya, - ya, find the circulation of A around the closed path shown in the Figure
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Q: Given w = f(x, y, z), x = g1(r, s), y = g2(r, s), and z = 93(r, s), write the chain rule for ow and…
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Q: The work af the veeken fieled aleng the edge y the set Path one Hime in an onti -elockwise wes Ast 2…
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A: (6) z-1=2 Given that:The points z=x+iy satisfies the condition z-1=2 The complex number z=x+iy…
Q: Find the domain corresponding to the inner loop of r=1+2cos(theta)
A: The domain inner loop of r=1+2cos(θ) is 0,1
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- Find the moving trihedral of C for all t ∈ (0, π). [ THIS IS NOT A GRADED QUESTION ]Sketch a graph of ƒ(t) = et on an arbitraryinterval [a, b]. Use the graph and compare areas of regionsto prove thate(a + b)/2 < (eb - ea)/ (b - a) < (ea + eb)/2Let G = <x, y | x8 = y2 = e, yxyx3 = e>. Show that |G| ≤ 16. Assuming that |G| = 16, find the center of G and the order of xy.
- Apply the transformation T (x, y) = (0.8x − 0.6y, 0.6x + 0.8y) to the scalene triangle whose vertices are (0, 0), (5, 0), and (0, 10). What kind of isometry does T seem to be? Be as specific as you can, and provide numerical evidence for your conclusion.By examining the value of the O(ϵ2) term in ∆, determine whether S[y] has a local maximum or minimum on the stationary path.Show your working in each case: (a) Determine all the cluster points of the set M = {2 − 1 m : m∈N}. (b) Given the taxicab metric space Q2,τ, find the closed ball and radius r = 1. Sketch your solution. B(a,r) with centre a = (2,3) (c) True or false? The taxicab metric space Q2,τ, has infinitely many cluster points. (d) True or false? The taxicab metric space Q2,τ, is complete.
- The main point of this exercise is to use Green’s Theorem to deduce a specialcase of the change of variable formula. Let U, V ⊆ R2 be path connected open sets and letG : U → V be one-to-one and C2such that the derivate DG(u) is invertible for all u ∈ U.Let T ⊆ U be a regular region with piecewise smooth boundary, and let S = G(T). Solve A B CLet A ∈ M nxn(F). Show that A is diagonalizable if and only if At isdiagonalizablea.Find the general flow pattern of the network shown in the figure. b. Assuming that the flow must be in the directions indicated, find the minimum flows in the branches denoted by