3) \( (4 \sqrt{3}-\sqrt{75}+4) \cdot 3 \sqrt{3} \) 4) \( (\sqrt{600}+\sqrt{6}-\sqrt{24}) \cdot \sqrt{6} \)
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Beyond the Answer
To understand the structure of the expressions given, let’s dig a little deeper into the world of radicals and how they relate to algebra. Radicals, or roots, have a rich history rooted in ancient mathematics, particularly with the Babylonians who used them to solve practical problems involving area and construction. Their methods laid the groundwork for modern algebra! Moving to real-world applications, working with square roots is totally practical! For instance, when determining the dimensions of a garden, using square roots simplifies the calculations for areas and perimeter. It’s not just about finding the lengths but also ensuring that your garden isn't uneven, which any green thumb would tell you makes a huge difference in aesthetics!