A polynomial equation: ax4+ bx3+ cx2+ dx + e = 0
A trigonometric equation: sin(3x+2) = 0Combinations: cos(x3+ e2x) = ln(x)
A polynomial equation: ax4+ bx3+ cx2+ dx + e = 0
Combinations: cos(x3+ e2x) = ln(x)
A polynomial equation: ax4+ bx3+ cx2+ dx + e = 0
Combinations: cos(x3+ e2x) = ln(x)
A polynomial equation: ax4+ bx3+ cx2+ dx + e = 0
Combinations: cos(x3+ e2x) = ln(x)
The answer will depend on the form of the equation. Whether it is an equation in one or more variables, whether it is linear or polynomial, there are different standard forms for exponential equations.
I don't see an equation. An equation must have an equal sign. For a question in answers.com, you'll have to write the word "equals", since symbols get lost.
You just write, "No Solution."
you add 1+1= 25 simple ;)
you have to take the bottom denominator and multiply it by the numerator then go bang a bum
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The answer will depend on the form of the equation. Whether it is an equation in one or more variables, whether it is linear or polynomial, there are different standard forms for exponential equations.
I don't see an equation. An equation must have an equal sign. For a question in answers.com, you'll have to write the word "equals", since symbols get lost.
You just write, "No Solution."
you add 1+1= 25 simple ;)
A Y-intercept and the slope. The y-intercept is where the line crosses the Y axis.
you have to take the bottom denominator and multiply it by the numerator then go bang a bum
2^x = 16In general, "exponential" implies that the variable part is in the exponent. Write any equation with a power of 4, do the calculation, then replace "4" with "x".
Write abcbabc in exponential form
To write a linear equation with the point (-2, 4) as a solution, you can use the point-slope form of a linear equation, which is ( y - y_1 = m(x - x_1) ). Here, ( (x_1, y_1) = (-2, 4) ). You can choose a slope ( m ) (for example, ( m = 1 )) and then substitute the coordinates to get ( y - 4 = 1(x + 2) ). Simplifying this gives the equation ( y = x + 6 ).
It does not. The generalised linear form: ax + by + c = 0 is simpler since that is easily extended to 3 (or more) dimensional space.
f(x) = mx +b. m and b are arbitrary constants.