The real distance fro the shop to the store is 24 km
<em><u>Solution:</u></em>
Given that, Jakes map shows the distance from the bake stars cafe to the restaurant supply store as 3 centimeter
Scale of the map is 1 centimeter to 8 kilometers
Therefore, scale is:

Let "x" be the real distance from the shop to the store
Then by proportion, we get,

Thus real distance fro the shop to the store is 24 km
I am pretty sure it's B I think
By distributing the 4 onto the 5x and the 6, you would end up with 20x + 24.
T(s(x)) = -5
Substitute the value in for x and evaluate = -2
Answer: No solutions
If i put any combo of horses of single or odd, always an even number at last stall.