No.
The slope of Jessica's function represents the rate of change of the dependent variable with respect to the independent variable. In practical terms, it indicates how much the output value increases or decreases for each unit increase in the input value. A positive slope suggests a direct relationship, while a negative slope indicates an inverse relationship. The exact meaning can vary depending on the context of the function being analyzed.
sin and cos functions are complementary..they vary by an angle of 90deg in their graph.. so thts wht i think it is..complementary functions are probably functions whch differ by an angle of 90 i their graph..
CD rates are the interest rates you earn on your CD deposit. The rates can vary from bank to bank.
The time that cramps start vary with everyone. Some get them days before their period while others get them the day of their period.
The rates will vary based on the lender and the credit history of the borrower. The current rates for those with excellent credit are just above two percent APR.
0
Yes. Directly and 8 times as fast.
X and Y are directly propotinal.If one is varing other is varing too.
y = kx k = y/x = 21/-5 = - 21/5
Tax rates vary from place to place. It would be necessary to know what percentage of tax is added.
In mathematics, when the dependent variable is not proportional to the independent variable. The function does not vary directly with the input. Example: y=sin (x).
In mathematics, when the dependent variable is not proportional to the independent variable. The function does not vary directly with the input. Example: y=sin (x).
In mathematics, when the dependent variable is not proportional to the independent variable. The function does not vary directly with the input. Example: y=sin (x).
Actually, the answer is the same for all languages:Given y = mx + b, describing a linear function we have y as the result, m as a constant factor, x as the variable and b as another constant."A constant" simply means that it doesn't vary. Ever.
1064 divided by A is expressed mathematically as ( \frac{1064}{A} ). The result will vary depending on the value of A. If A is a non-zero number, you can calculate the quotient directly. If A equals zero, the division is undefined.
Your answer can vary as long as it has a slope of 1. So it could be y=x+(insert number here)
yes