What Is the Positive Solution of X2 36 5x?

There is no real "solution" to this equation, as it is not an equation in the traditional sense. However, we can find the value of x that makes the equation true.

To do this, we first rewrite the equation in standard form:

x2 - 36 = 5x

We can then use the quadratic equation to solve for x:

x = (36 +/- sqrt(36^2 - 4*5*-36)) / (2*5)

x = (36 +/- sqrt(1296 + 1440)) / 10

x = (36 +/- sqrt(2736)) / 10

x = (36 +/- sqrt(1368)) / 10

x = (36 +/- 16.48) / 10

x = (52.48 or 19.52) / 10

x = 5.248 or 1.952

Thus, the value of x that makes the equation true is either 5.248 or 1.952.

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There is no real answer to this question. It is impossible to solve for x without using imaginary numbers. However, we can approach this question by considering what would happen if we plug in different values for x.

If we plug in x = 1, we get the equation 1 + 36 = 5, which is clearly not true. If we plug in x = 2, we get the equation 4 + 36 = 10, which is also not true. However, if we plug in x = 3, we get the equation 9 + 36 = 15, which is true. Therefore, we can conclude that the positive value of x that satisfies the equation x2 + 36 = 5x is 3.

Even though we were unable to solve for x without using imaginary numbers, we were still able to find the positive value of x that satisfies the equation. This is a valuable lesson in itself, as it shows that sometimes there is more than one way to solve a problem. There is not always one "right" answer, and that is okay.

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There is no real value of x that will make the equation x2 + 36 = 5x true. However, if we take a closer look at the equation, we can see that it is true for any value of x that is less than or equal to -6. This is because, when x is less than or equal to -6, the left side of the equation (x2 + 36) is always less than the right side of the equation (5x). So, while there is no one specific value of x that will make the equation true, we can say that it is true for any value of x that is less than or equal to -6.

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There is no real answer to this question because it is impossible to solve. The equation does not have a real solution because there is no value of x that will produce a positive result when solving the equation. The only way to solve this equation is to use imaginary numbers, which are not real.

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There is no real solution to this equation, since there is no value of x that satisfies it. However, we can find an approximate solution by using the Quadratic Formula.

If we plug in the values for a, b, and c from the equation, we get:

x = -6 +/- sqrt(48)

This gives us two possible values for x: -6+sqrt(48) and -6-sqrt(48). However, neither of these values is a real solution to the equation, since they both results in complex numbers.

However, we can still use these values to approximately solve the equation. If we plug -6+sqrt(48) back into the equation, we get:

(-6+sqrt(48))^2 + 36 = 5(-6+sqrt(48))

This simplifies to:

36+48-12+36 = -30+5sqrt(48)

Which simplifies to:

84 = 5sqrt(48)

And finally:

84/5 = sqrt(48)

Therefore, the approximate solution to the equation is sqrt(48), or 6.6.

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There is no real value of x that will result in a positive answer when solving x^2 + 36 = 5x. This is because when you square x and add 36, you will always get a positive number, no matter what value x is. However, you can approximate the value of x that would result in a positive answer by using estimation. If you guess that x is around 3, then you can say that x^2 is 9 and 36 is 36. This means that 9 + 36 = 45, which is close to 5x (45 is closer to 50 than it is to 40). Therefore, 3 is a reasonable estimate for the value of x that would result in a positive answer when solving x^2 + 36 = 5x.

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There is no real solution to this equation, as there is no real value of x that will make the equation true. However, we can use this equation to find the positive value of x that will make the equation true for complex numbers. If we set x = 3 + 2i, then we find that x2 + 36 = 5x becomes (3 + 2i)2 + 36 = 5(3 + 2i), which is true. Thus, the positive value of x that will make the equation x2 + 36 = 5x true is 3 + 2i.

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When solving the equation, x2 + 36 = 5x, the x value that will result in a positive solution is x = 6. This is because when x = 6, the equation becomes 6^2 + 36 = 5(6), which simplifies to 36 + 36 = 30, and since 30 is a positive number, x = 6 is a positive solution.

There is no definitive answer to this question as it depends on the equation being solved. However, generally speaking, the value of x that will produce a positive answer when solving an equation is typically a positive number. This is because most equations are written in a form where the variable is on the left side of the equal sign and the constant term is on the right side. Therefore, in order for the equation to be balanced and produce a positive result, the value of x must be positive.