You haven't said what your question is, or even whether you HAVE
a question to ask
After everything you went through to give information, we might guess
that your question could be . . . "What combos should she try ?"
If you don't consider zero to be an even number, then there are
13 possibilities:
<span>
<span><span>
1425
</span>
<span>
1463
</span>
<span>
1843
</span>
<span>
3249
</span>
<span>
3287
</span><span>3629
</span>
<span>
5263
</span>
<span>
5643
</span>
<span>
5681
</span>
<span>
7429
</span>
<span>
9481
</span>
<span>
9823
</span>
<span>
9861
</span>
</span></span>
If you DO consider zero to be an even number, then there are 11 more
possibilities, for a total of 24 all together:
<span>
<span><span>
1045
</span>
<span>
1083
</span>
<span>
1805
</span>
<span>
3021
</span>
<span>
3401
</span>
<span>
7049
</span>
<span>
7201
</span>
<span>
7809
</span>
<span>
9025
</span>
<span>
9063
</span>
<span>
9405
</span>
</span></span>.
This is one time when I'm going to ignore my own #1 Cardinal Rule for answering questions on this site. Normally I'm totally against simply dumping an answer without explaining how I got it. In this case, however, I never found the short, easy, clever way to answer this one. I just slogged through all of the 473 multiples of 19 that have 4 digits, and weeded out the ones that don't fit your specifications. I used a popular office software program to grease the process, but even so, there absolutely must be a better way to do it, and I would not wish this one on you, so I'm not going to describe it.
I'm grateful for your 5 points. The crust and warm cloudy water are delicious.
When trying to solve a system of equations graphically, our focus is on identifying the coordinates of any point through which the graphs go. Look at the above graph: you'll see that the red and the blue graphs intersect at (0,2), and so (0,2) is a "solution" of that system of equations.
Here, we're asked to answer a different kind of question: "Is (2,0) a solution to the given system of equations?" Let's paraphrase that question: "Do both graphs go through (2,0)?" The answer: emphatically not. Neither graph goes through (2,0). Thus, (2,0) is not a solution to this system of equations.
Answer:
m∠BPD = 120
mBC + mAD = 120°
Step-by-step explanation:
according to intersecting chord theorem: The measure of the angle formed by two chords that intersect inside the circle is 
the sum of the chords' intercepted arcs.
m∠BPD = (M∠BD + M∠CA)
= (70 + 170)
= (240)
m∠BPD = 120
We know that a circle has a total of 360° around the center of circle. To find the measure of the remaining measure of angle of arcs, subtract them from the whole that is 360°
mBC + mAD = 360 - ( 70 + 170 )
= 360 - 240
mBC + mAD = 120°
Answer:
3
Step-by-step explanation:
3 points are not colinear will define a plane
Answer:
x=36
I hope this is correct and I hope that it helps
