<span>The line as well as the coordinates of point J are not provided. Therefore, I cannot provide as exact answer. However, I can help you with the concept.
To know the order pairs that belong to the line,we would first need to get the equation of the line and then substitute with the order pairs in the equation to check whether the equation is satisfied or not.
<u><em>The general form of the linear equation is:</em></u>
y = mx + c
where m is the slope and c is the y-intercept
<u><em>1- getting the slope:</em></u>
we are given that our line is parallel to another one. This means that the <u>slopes of the two lines are equal</u>.
Having the equation of the given line, we can simply get its slope by comparing it to the above general form. The slope of the line we are seeking would be the same
m1 = m2
<u><em>2- getting the y-intercept:</em></u>
The slope (m) in the equation would now be know and we have point J that belongs to the line. Therefore,we can simply get the value of c by substituting with J in the equation and solving for c.
Finally, we now have the equation. We would take each of the given order pairs separately, substitute with the x value in the equation and compare the calculated y with the given one.
<u>If the are the same, then the order pair belongs to the line, otherwise, the order pair doesn't belong to the line</u>
Hope this helps :)</span>
6 because it is the greatest number that both can be divided by
Answer:
ur correct its 4
Step-by-step explanation:
The possibilities of an even number are 2, 4, 6, 8, 10, 12, 14, and 16 .
The possibilities of an odd prime are 3, 5, 7, 11, and 13.
8 even numbers + 5 odd primes = 13 possibilities of success
out of 16 total possible outcomes.
Probability of success = 13/16 = 0.8125 = 81.25% .
Rounded to the nearest thousandth, it's 0.813 .
M=-1 you distribute the 5 and you get -13=5+20m-2m than you get -13=5=18m than you subtract 5 from both sides and get -18=18m than you divide positive 18 and get -1=m