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If both sides of an equation are raised to the same power then why might the resulting equation not be equivalent to the original equation?
Wiki User
∙ 15y ago
Raising both sides can throw away information. Take x=y: these two items are equal, right? Now look at x^2 = y^2 -- we have discarded any distinction between positive and negative values.
Wiki User
∙ 15y ago
The resulting equation may not be equivalent to the original equation because raising both sides of an equation to the same power is an operation that introduces extraneous solutions. This can occur when the original equation contains roots or fractional exponents. It's important to verify solutions to ensure they satisfy the original equation.
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A hypertrophic scar is a raised, red, and sometimes itchy scar that forms when there is an overproduction of collagen during the wound healing process. These scars usually remain within the boundaries of the original wound.
Is x3-27 equals 0 a quadratic equation?
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How can you check your degree certificate is original or not?
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What is the correct answer for the equation x raised to -2 multiplied by x raised to -2?
0
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The equation contains variables which are only raised to the first power.
What does an binomial expansion do?
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An exponential equation.
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Linear Equation! I am in advanced honors algebra and I just did homework with this question.
How do you get rid of a cubed number in an equation?
To get rid of a cubed number in an equation, you need to take its cube root. For example, if you have x raised to the third power is equal to 2 raised to the third power, then one takes the cube root of both sides of the equation to find that x is equal to 2.
What is the definition of quadratic eqau tion?
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How do you solve 2 raised to y plus 5 raised to y-2?
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How does the collagen structure of hypertrophic scars differ from that of keloids?
Hypertrophic scars have an overproduction of collagen that remains within the boundaries of the original wound, resulting in raised, red scars. Keloids, on the other hand, have an excessive production of collagen that extends beyond the original wound site, leading to smooth, shiny, and raised scars that can grow larger than the original injury.
Is there such a number that if raised to the exponent of 1 is equivalent to that number being raised to the power of -1?
2
