F(x) = 15x2 - 2.5 + 3
That's a quadratic or 2nd degree polynomial in x.
I am assuming this is: .2x4 - 5x2 - 7x, which would be a Quartic Polynomial.
what kind of polynomial is shown 3x3+x+1
-6 = 3 x -2 13 = 5 x 3 - 2 → 5x² + 13x - 6 = (5x - 2)(x + 3)
This would be an expression if it didn't have an equals sign.
Yes. The superscript x2 simply means squared. All areas are shown this way.
what kind of polynomial is shown 3x3+x+1
I am assuming this is: .2x4 - 5x2 - 7x, which would be a Quartic Polynomial.
-6 = 3 x -2 13 = 5 x 3 - 2 → 5x² + 13x - 6 = (5x - 2)(x + 3)
If you mean on the keys, it is usually shown as: x² or X².
4x 5x 9x 3x these are four examples. you have only one term in each. to add more terms you need to put an x2 in there x2 + 4x x2 + 5x x2 + 9x x2 + 3x it does not haveto be all x2 you can add coefficients to the x squared if you want to and it still would b e a polynomial with two terms. a polynomial with three terms would be x3 added to x2 added to x just like wat was shown
This would be an expression if it didn't have an equals sign.
Yes. The superscript x2 simply means squared. All areas are shown this way.
An application of accrual accounting is the notation of expenses as opposed to revenue earned in the same period. Revenue is only shown when it is realized or expected. In accrual accounting assets minus liabilities equals revenue.
The result of a number multiplied by itself
1 is the numerical coefficient if no other numeral is shown.
The lines are perpendicular.
Get out your calculator and put in 57. Then hit the little minus sign that looks like this - Then put in 8 Then put in the little equals sign that looks like this = The answer to your question will be the number shown on your calculator after doing all of the above steps.