If you are looking for the possible combinations in that
equation, you’ll have to use the combination formula which is n factorial over
r factorial
So in the problem, there are 14 possible combinations
<span> 5
</span>
It is computed by
<span>14! = 14*13*12*11*10 divided by</span>
<span>5! = 5*4*3*2*1</span>
<span>
</span>
<span>So the answer is there are 2002 possible combinations</span>
Answer:$40,861
Step-by-step explanation:
40,000+800+61=$40861
Answer:
yes they are.. the second one is just bigger a bit
Step-by-step explanation:
Answer: The parallel line will have the same slope as the original line.
The slope of the original line is 1. 0-(-6)/6-0 is 6/6.
Try (0,-3) and (3,0) or (-6,0) and (0,6) for a parallel line.
The perpendicular line will be the reciprocal and will have the opposite sign,
In this example, the slope is 1. 1 is the reciprocal of itself. The opposite sign makes the slope of the perpendicular line -1
Step-by-step explanation: The slope is rise/run.
Get the coordinates by going from left to right. Farthest Left is the First Coordinate.
The rise is the Difference in y-values: take the y of the second coorodinate, y₂ and subtract the y-value of the first coordinate, y₁ This is the numerator, the top of the fraction.
The denominator is the run, the difference in x-values. Take the x-value of the second coordinate x₂ and subtract the x-value of the first coordinate.