The equation in slope intercept form is:

A line parallel to this would have the same slope, which means our line that passes through the point (0,-4) has a slope of -3. We now have to plug in 0 as our x and -4 as our y in y=-3x+b so:

Our equation is then y=-3x-b
 
        
             
        
        
        
1/2-1/4 
Find its LCM which would be 4
So change the 1/2 to 2/4 and keep 1/4 the same since we already have the denominator we need so 
2/4-1/4 = 1/4
 
        
             
        
        
        
<span>A
power is the product of multiplying the base as many times as the exponent says
Here are the example of powers:
5^5 , 5 is the base, 5 is the exponent and the product would be the power
=> 5 x 5  =25 this is the product of
the second power
=> 25 x 5  = 125 this is the product
of the third power
=> 125 x 5  = 625 this is the product
of the fourth power
=> 625 x 5  = 3125 this is the product
of the fifth power
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Answer:
With the Babylonian method  and
 and  .
.
Step-by-step explanation:
- To find the square root of 600, do the following:
1. Make an initial guess:  Because  and
 and  you can start with
 you can start with  as your initial guess.
 as your initial guess.
2. Apply the formula: 
 where
 where 

The number  is a better approximation to
 is a better approximation to 
3. Iterate until convergence:
For this apply the formula:
 
 
Convergence is achieved when the digits of  and
 and  agree to as many decimal places as you desire.
 agree to as many decimal places as you desire.


Because  and
 and  agree to six decimal places. we can say that an estimate for
 agree to six decimal places. we can say that an estimate for  .
.
You can compare with the value that WolframAlpha gives you which is  you can see that it agrees to six decimal places.
 you can see that it agrees to six decimal places.
- To find the square root of 235, do the following:
1. Make an initial guess:  Because  and
 and  you can start with
 you can start with  as your initial guess.
 as your initial guess.
2. Apply the formula: 
 where
 where 

3. Iterate until convergence:
Apply the formula:
 
 



Because  and
 and  agree to six decimal places. We can say that an estimate for
 agree to six decimal places. We can say that an estimate for  .
.
WolframAlpha gives you 