Given the Following Risk Solver Platform (RSP) Sensitivity Output How

question 62

Short Answer

Given the following Risk Solver Platform (RSP) sensitivity output how much does the objective function coefficient for X₂ have to increase before it enters the optimal solution at a strictly positive value?
$\begin{array}{llrrrrr}&&\text { Final} & \text { Reduced } & \text { Objective } & \text { Allowable } & \text { Allowable }\\\text { Cell } & \text { Name } & \text { Value } & \text { Cost } & \text { Coefficient } & \text { Increase } & \text { Decrease } \\\hline \$ \mathrm{~B} \$ 4 & \mathrm{X} 1 & 9.52 & 0 & 2100 & 1 \mathrm{E}+30 & 350 \\\$ \mathrm{C} \$ 4 & \mathrm{X} 2 & 0 & -500.01 & 899.99 & 500.01 & 1 \mathrm{E}+30 \\\$ \mathrm{D} \$ 4 & \mathrm{X} 3 & 1079 & 0 & 1050 & 210 & 37501\end{array}$

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Definitions:

Electrically Neutral

A condition where an object or system has an equal number of positive and negative charges, leading to no net electrical charge.

Depolarization

A reversal in the electrical potential across a cell's plasma membrane, leading to the initiation of an action potential or nerve impulse.

Sodium Ions

Positively charged atoms of sodium, crucial for maintaining fluid balance and transmitting nerve impulses in the body.

Potassium Ions

Electrolytes with a positive charge found inside and outside of cells, essential for maintaining normal cell function including nerve impulse transmission and muscle contraction.