Answer: -√6 + 1
<u>Step-by-step explanation:</u>
Answer: 62.8
Step-by-step explanation:
2 x 3.14 x 10
✩ Answer:
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✩ Step-by-step explanation:
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✺ Quadratic polynomials can be factored using the transformation , where and are the solutions of the quadratic equation :
✺ All equations of the form can be solved using the quadratic formula:
✺ The quadratic formula gives two solutions, one when ± is addition and one when it is subtraction:
✺ Take the square root of :
✺ Multiply times :
✺ Now solve the equation when ± is plus. Add to :
✺ Divide by :
-OR-
✺ Now solve the equation when ± is minus. Subtract from :
✺ Divide by :
✺ Optional : Factor the original expression using . Substitute for and for :
✩ Answer:
✺ <u>Factored Form</u>:
✺ <u>Exact Form</u>:
✺ <u>Graph Point Form</u>:
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The values are given as
<span>2005 2.63
2006 3.26
2007 3.54
2008 3.769
2009 2.13
2010 2.956
2011 4.259
2012 4.16
2013 3.78
2014 3.99
2015 3.10</span>
where left side is the year (x) and right side is the value (y)
The smallest value of y is = 2.13; biggest value is = 4.259 (RANGE)
Domain is (2003 to 2015)
It seems that the equation will not be linear because as the year increases, the value of y is unstable.
A pythagorean theorem must satisfy a² + b² = c²
16² + 20² = 25²
256 + 400 = 625
656 ≠ 625 so no, the set 16, 20, 25 does not represent a pythagorean triple