8. You would take 48 (white tiles) then divide it by 6 to get 8. (Grey tiles)
Answer:
**The equation is not clear, so I have provided both options**
<h3><u>Option 1</u></h3>


<u>Solution 1</u>



<u>Solution 2</u>




<h3><u>Option 2</u></h3>


<u>Solution 1</u>




<u>Solution 2</u>





Answer:
This is a proportional relationship, the constant of proportionality is 20m/s and it represents that the horse can run 20 meters every second.
Equation: d = 20s, where d=distance and s=number of seconds.
Step-by-step explanation:
In order to find out whether this relationship is proportional, you need to see if the rate at which the horse runs is constant (the same). If you look at the three sets of data (24, 480), (40, 800) and (60, 1200) where the pair is (seconds, meters), you can see that for any two sets of data the change in meters divided by the change in seconds is consistently 20m/s. For example:

Since the constant is 20, we know that the horse can run 20 meters every second. To find the horse's total distance, we need to multiply the rate by the number of seconds that it runs:
d = 20s
Answer: 
Step-by-step explanation:
Observe the given figure.
You can identify that the measure of the angle "B" is:

Knowing this, you can conclude that the angle "p" and the angle "m" are Complementary angles, which means that the sum of their measures is 90 degrees. Then, you can write the following equation:
[Equation 1]
You know that:

Then you can substitute it into the [Equation 1] and then solve for
. Therefore, you get:
