I need typing clear urjent no chatgpt used i will give 5 upvotes pls full explain Figure 2.15 shows two circuits, one withresistor values, the other with symbols.Show that these two circuits areequivalent if the values represented by thesymbols are chosen correctly. Find thevalue of the symbols.Figure 2.15 Circuitงง2. Figure 2.15 shows two circuits, one with resistor values, the other with symbols. Showthat these two circuits are equivalent if the values represented by the symbols are chosencorrectly. Find the value of the symbols.11wwwwwwww2R₂wwwR₁EERSFigure 2.15 Circuit

Using the equation for the total resistance in the second circuit, R2 + R1R3/R1+R3 = 3 Step 1:…

Answered: Figure 2.15 shows two circuits, one…

Pkg Acc Infor Systems MS VISIO CD

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Chapter11: The Billing/accounts Receivable/cash receipts (b/ar/cr) Process

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Evaluate the integral. Check your answer by differentiating. (Remember the constant of integration.) √x11 x11 dx
A particle moves along line segments from the origin to the points (2, 0, 0), (2, 5, 1), (0, 5, 1), and back to the origin under the influence of the force field F(x, y, z) = z2i+ 3xyj + 3y2k. Use Stokes' Theorem to find the work done.
Show that the set is linearly dependent by finding a nontrivial linear combination of vectors in the set whose sum is the zero vector. (Use S1, S2, and S3, respectively, for the vectors in the set.) (0, 0) = S={(5, 2), (-1, 1), (4, 0)) Express the vector s₁ in the set as a linear combination of the vectors $2 and $3. 51= Need Help? Read It Watch It Submit Answer
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5. Consider a coaxial cable which is an (infinitely) long wire of radius a, with given current flowing uniformly up it (so J(t) = I(t)/лa² goes uniformly through the wire). At the outside edge (r=a), there is an infinitesimally thin insulator, and just outside that, an infinitesimally thin sheath that returns all the current, basically a surface current going down the opposite direction carrying a total -I(t) back down. Figure out the B field everywhere in space (direction and magnitude) in terms of givens, and then find the self-inductance per length of this cable. Assume I(t) changes slowly in time, so we can use our usual quasi-static ideas. There are several ways to proceed. You might start from =LI, but this turns out to be tricky here, since the current is not confined to a single path! It is best to think about the total magnetic energy, W, stored by the magnetic field, and use our usual relation between energy and current: WL I²/2.
I need typing clear urjent no chatgpt used i will give 5 upvotes pls full explain
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