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Solve each of the following equations:$$x^{2}+x+\frac{1}{\sqrt{2}}=0$$
Algebra
Chapter 5
Complex Numbers and Quadratic Equations
Section 3
Algebra of Complex Numbers
Complex Numbers
Campbell University
Oregon State University
Harvey Mudd College
Baylor University
Lectures
01:32
In mathematics, the absolu…
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01:37
Solve each equation. $…
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Find all real solutions to…
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Find the real solutions of…
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Solve each equation.$2…
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Solve each quadratic equat…
02:05
Solve each equation by com…
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Find the real solutions, i…
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Use the quadratic formula …
03:32
Solve each equation.$$…
03:53
All right, Chapter seven, Section seven problem three. We are solving this equation one plus the squared of experts to is equal to zero. Okay, one plus the radical X plus two is equal to zero. We begin by isolating the radical. So we're in a subtract one from all sides. We end up with the square root of X plus to extend not just a little bit is equal to negative one. In order to remove the radical bracket, we need to square both sides. And this quantity squared is just itself. So exploits to equals one and subtract two from both sides and you have X equals negative one. However, if we take that negative one and check, we're going to plug it back in and we're gonna go one plus the square root of negative one plus two equal to zero. And at this point, we are checking. Is this true? Ahh. We have one plus the square root of one. Is it equal to zero? And it's basically saying one plus one equals zero, which is not true. And so there is no real solution here. Often called the no set
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