\( 12 x \geq-6 \) and \( x-1<0 \)
\( 2-7 x<14 \) and \( 3 x+2 \leq 8 \)
\( 3-815 \) or \( x-5>-6 \)
\( 84-15 x \geq 4 \) or \( 12 x>36 \)
\( 9-3 x+10 \geq 16 \) or \( 9-x<7 \)
\( 10 \frac{x}{2} \geq-2 \) and \( 5-2 x \geq 3 \)
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Mind Expander
Let's tackle this with some historical context! Inequalities have been part of mathematics since ancient times, with early examples found in Babylonian texts. However, it was the French mathematician René Descartes in the 1630s who formalized the use of inequalities in algebra. His work laid the groundwork for not only solving inequalities but also developing functions and calculus later on! Now, onto the real-world application! Inequalities are used in various fields such as economics, engineering, and statistics. For example, economists use inequalities to determine consumer behavior and market equilibrium, while engineers might apply them to ensure that structures can withstand certain stress levels. They're tools that help us make informed decisions, set constraints, and analyze conditions effectively!