To model a situation where ( y ) varies inversely with the fourth power of ( x ), you can use the equation ( y = \frac{k}{x^4} ), where ( k ) is a constant. This means that as ( x ) increases, ( y ) decreases in proportion to the fourth power of ( x ), and vice versa. The constant ( k ) can be determined based on specific conditions or data points related to the situation.
If ( h ) varies inversely as the square root of ( s ), the relationship can be expressed mathematically as ( h = \frac{k}{\sqrt{s}} ), where ( k ) is a constant. This means that as ( s ) increases, ( h ) decreases, and vice versa, following the inverse square root relationship. To find the specific value of ( k ), you would need a specific pair of values for ( h ) and ( s ).
by figuring out the equation
It varies depending on the model
No.No.No.No.
because it can be jackass
If ( h ) varies inversely as the square root of ( s ), the relationship can be expressed mathematically as ( h = \frac{k}{\sqrt{s}} ), where ( k ) is a constant. This means that as ( s ) increases, ( h ) decreases, and vice versa, following the inverse square root relationship. To find the specific value of ( k ), you would need a specific pair of values for ( h ) and ( s ).
Equation model?
by figuring out the equation
The differnce between a verbal model and a algebraic model is that a verbal model is an equation written in words and a algebraic model is solving the equation from the verbal model.
the person before didn't help so here you go it means a word equation that represents a real world situation hope this helped :)
An equation or inequality that expresses a resource restriction in a mathematical model is called
You model your equation on a number line to using a bar model.
c=16h
It varies from model to model and brand to brand. Google the specific model to find out.
That varies from model to model. There are not requirements for how long models should exercise.
It varies depending on the model
Which Volvo? It varies by model!