Answer <u>(assuming it can be in slope-intercept form)</u>:
Step-by-step explanation:
1) First, find the slope of the line between the two points by using the slope formula,
. Substitute the x and y values of the given points into the formula and solve:
Thus, the slope of the line is
.
2) Next, use the point-slope formula
to write the equation of the line in point-slope form. Substitute values for
,
, and
in the formula.
Since
represents the slope, substitute
in its place. Since
and
represent the x and y values of one point the line intersects, choose any of the given points (it doesn't matter which one, it will equal the same thing) and substitute its x and y values into the formula as well. (I chose (-2,0), as seen below.) Then, isolate y and expand the right side in the resulting equation to find the equation of the line in slope-intercept form:

Answer and Step-by-step explanation:
I think this is correct? The directions aren't very clear/descriptive, so sorry if this is wrong.
A.
1. wins:games
2. wins:losses
3. losses:wins
4. games played:wins
5. losses:games played
B.
1. 8:12, or 2:3
2. 3:7
3. 5:3
4. 12:15, or 4:5
5. 20:25, or 4:5
<em><u>#teamtrees #PAW (Plant And Water)</u></em>
Answer:
Yes, one of a rhombus's properties is that the diagonals bisect vertex angles.
Answer:
They should in crease budget.
Step-by-step explanation:
divide each number by 2 to see how often they go equally/use the data table you have available of the two climbers.