The y-intercept for a pure exponential relationship is always 1.
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alex makes $2.00 for every dog she walks on the weekands. complete the function table to show the relationship between the number of dogs alex walks and the amount of money that she makes.
divide, long division or synthetic division.
You can but it has no particular significance.
To find the product using exponential notation, first express each number in exponential form. For example, if you want to multiply ( a^m ) and ( a^n ), you can use the property of exponents that states ( a^m \times a^n = a^{m+n} ). Simply add the exponents together to get the result in exponential notation. For instance, ( 2^3 \times 2^4 = 2^{3+4} = 2^7 ).
how to find growth rate with given growth factor
There must be at least one common field in the tables that are related. In simple terms you find a value in that field in one table and then find the corresponding value for that field in another. At least one of them will be unique, like in a one to many relationship. One the one table, that value can appear only once in the table. On the many table it can appear more than once. In a one to one relationship, each can only appear once in each table in the relationship. In a many to many relationship, an intermediate table is set up and two other tables are joined to it.
multiply
You find out if a problem is linear or exponential by looking at the degree or the highest power; if the degree or the highest power is 1 or 0, the equation is linear. But if the degree is higher than 1 or lower than 0, the equation is exponential.
It is 2.6144*10^5
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abc bye bye
With a table of value, you first make sure the change in x is constant. Then you look at the ratio of the y's value. If the ratio of the values is the same, then it is an exponential function: x y 1 120 2 180 3 270 4 405 5 607.5 6 911.25 e.g. 180/120 = 1.5, 270/180 = 1.5, 405/270 = 1.5 Therefore, this is an exponential function. To take the question even further, we can even identify the equation of the exponential function. y=Ar^x (*note: ^ is the symbol for "to the power of") A = the first term when x is 0 r = the constant ratio To find A, we sub in one of the coordinates in the table of value. I choose the coordinate (1, 120). 120 = A(1.5^1) 120/1.5 = A 80 = A Therefore the equation is: y = 80(1.5^x) Hope this helps.
The button will have yx on it.
b^x In general the log and the exponential are inverses.
m=24*(1.135)*1
It means to find the numerical value of the expression.