The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=33x$

In this example, $\displaystyle 33$ is in the place of $\displaystyle k$; therefore, $\displaystyle 33$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=39x$

In this example, $\displaystyle 39$ is in the place of $\displaystyle k$; therefore, $\displaystyle 39$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=\frac{1}{25}x$

In this example, $\displaystyle \frac{1}{25}$ is in the place of $\displaystyle k$; therefore, $\displaystyle \frac{1}{25}$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=\frac{1}{99}x$

In this example, $\displaystyle \frac{1}{99}$ is in the place of $\displaystyle k$; therefore, $\displaystyle \frac{1}{99}$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=4x$

In this example, $\displaystyle 4$ is in the place of $\displaystyle k$; therefore, $\displaystyle 4$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=\frac{1}{2}x$

In this example, $\displaystyle \frac{1}{2}$ is in the place of $\displaystyle k$; therefore, $\displaystyle \frac{1}{2}$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=6x$

In this example, $\displaystyle 6$ is in the place of $\displaystyle k$; therefore, $\displaystyle 6$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=\frac{1}{4}x$

In this example, $\displaystyle \frac{1}{4}$ is in the place of $\displaystyle k$; therefore, $\displaystyle \frac{1}{4}$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=2x$

In this example, $\displaystyle 2$ is in the place of $\displaystyle k$; therefore, $\displaystyle 2$ is the constant of proportionality. 

The constant of proportionality can be identified using the following general equation:

$\displaystyle y=kx$

In this equation, the variable, $\displaystyle k$, represents the constant of proportionality. 

Let's look at the given equation:

$\displaystyle y=\frac{1}{6}x$

In this example, $\displaystyle \frac{1}{6}$ is in the place of $\displaystyle k$; therefore, $\displaystyle \frac{1}{6}$ is the constant of proportionality.