QuestionAugust 27, 2025

For nitrogen to be a liquid, its temperature must be within 12.78^circ F of -333.22^circ F Which equation can be used to find the maximum and minimum temperatures at which nitrogen is a liquid, x? The equation that can be used to find the maximum and minimum temperatures is vert x+square vert =square .

For nitrogen to be a liquid, its temperature must be within 12.78^circ F of -333.22^circ F Which equation can be used to find the maximum and minimum temperatures at which nitrogen is a liquid, x? The equation that can be used to find the maximum and minimum temperatures is vert x+square vert =square .
For nitrogen to be a liquid, its temperature must be within 12.78^circ F of -333.22^circ F Which equation can be used to find
the maximum and minimum temperatures at which nitrogen is a liquid, x?
The equation that can be used to find the maximum and minimum temperatures is
vert x+square vert =square .

Solution
4.2(264 votes)

Answer

\vert x + 333.22 \vert = 12.78 Explanation 1. Identify the temperature range Nitrogen's liquid state is within 12.78^{\circ}F of -333.22^{\circ}F. This means the temperature can be 12.78^{\circ}F above or below -333.22^{\circ}F. 2. Formulate the absolute value equation The absolute value equation representing this condition is \vert x - (-333.22) \vert = 12.78, which simplifies to \vert x + 333.22 \vert = 12.78.

Explanation

1. Identify the temperature range<br /> Nitrogen's liquid state is within $12.78^{\circ}F$ of $-333.22^{\circ}F$. This means the temperature can be $12.78^{\circ}F$ above or below $-333.22^{\circ}F$.<br /><br />2. Formulate the absolute value equation<br /> The absolute value equation representing this condition is $\vert x - (-333.22) \vert = 12.78$, which simplifies to $\vert x + 333.22 \vert = 12.78$.
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