Logarithmic equation
It can look like any algebraic equation.
a quadratic equation must be in this form ax^2+bx+c=0 (can either be + or -) an exponential just means that the function grows at an exponential rate f(x)=x^2 or x^3
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.
To express ( \ln(2) ) in exponential form, we can use the property of logarithms. The equation ( c \ln(2) ) is equivalent to ( e^{c \ln(2)} = 2^c ). Thus, the exponential equation equivalent to ( c \ln(2) ) is ( 2^c ).
depends on the question but an EXPONENTIAL EQUATION is in the for 2^x = 4 and you have to solve for x.
A = A0 e-Bt
This is a linear equation. This is because the x term is only raised to the power one if it had contained an x^2 phrase it would have been quadratin, and if it had contained an n^x term it would have been exponential.
go to x = 0 and look for where the line crosses the y axis.ADDED: That answers the question as it is, but it's worth pointing out you can also calculate it without plotting it, because the y-intercept is given by making x = 0 in the particular equation.
Yes. If both compounds are insoluable in water then the complete/overall ionic equation and the net ionic equation will look the same. The only way they look different is if there are spectator ions(ions that appear on both sides of the equation).
Literal equation refers to an equation in which the variables represent known values. This type of equation allows the representation of things like distance, interest, time, and slope as variables in an equation.
The prime factorization of 36 written in exponential notation is: 22 x 32
The prime factorization of 900 in exponential form is: 22 x 32 x 52
well the thing about exponential notations is that you have to # take notes # pay CLOSE attention # study(practiice) # ask questions if you dont understand # stay after school and get help # get a tutor
You cannot solve a variable. You can solve an equation to find the value (or range of values) of a variable. How you do that depends on the nature of the equation that you have. Linear and quadratic equations are relatively simple, as are many trigonometric and exponential equations. But some cannot be solved in such a way and a numerical solution is required. Here you would make a guess and then improve on that guess and then improve on that until you were satisfied that you were close enough to the real answer.
I think you have typed the question incorrectly, in particular the symbol "i" appears to be in the wrong place. As you have typed it the equation does not describe a wave but an complex exponential decay.
16807 pounds in exponential form is 7^5, where 7 is the base and 5 is the exponent.