solve this by the stepping stone method find the solution starting basic feasible totransportation mode (by northwest-corner method ?and then find the perfect solution byvogel's approximation method?レンD1D2D3supplyS112815S21071115demand2015

The number of given supply constraints is 2The number of given demand constraints is 3The given…

Answered: find the solution starting basic…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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USE MICROSOFT EXCEL AND THE JACOBI ITERATION METHOD TO SOLVE THE EQUATION LISTED BELOW. -4x1 + 2x2 = -6 3x1 – 5x2 = 1
2. Solve using Hungarian Method. Employees A B с D I 15 12 18 24 II 20 17 15 14 Jobs III 18 16 19 12 IV 24 15 17 13
Suppose you have two alloys: (A), with 7 ounces of silver per pound, (B), with 14 ounces of silver per pound, You want to make 15 pounds of an alloy with 11 ounces of silver per pound. Use Leonardo's method of double false position to solve:
A man launches his boat from point A on a bank of a straight river, 4 km wide, and wants to reach point B, 4 km downstream on the opposite bank, as quickly as possible (see the figure below). He could row his boat directly across the river to point C and then run to B, or he could row directly to B, or he could row to some point D between C and B and then run to B. If he can row 6 km/h and run 8 km/h, how far (in km) downstream from C should he land to reach B as soon as possible? (We assume that the speed of the water is negligible compared to the speed at which the man rows. Hint: This question is based on EXAMPLE 4 in Section 4.7 of the textbook. However, for this question, the textbook has added a challenge which may require an unexpected solution. Look for itl) A km from C
2-find the roots (three only) of the following equation , using simple Iteration method e* - 3x2 = 0 use (3D).
Solve the following using the piecewise method.

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find the solution starting basic feasible to transportation mode (by northwest- corner method ? and then find the perfect solution by vogel's approximation method? D1 D2 D3 supply S1 12 8 15 S2 10 7 11 15 demand 15 20