I want to believe you mean we find the vertices of the vertices <span>P(−3, −4), Q(3, 4), and R(−6, −3) under a reflection on X=0.
Line X=0 is the y-axis. So for reflection under this axis the y coordinates does not change but the x coordinates only change the sign.
For example, for a point A(x, y) its image under RX=0, A'(-x,y)
A(x, y) </span>⇒ A'(-x, y)
P(−3, −4) ⇒ P'(3, -4)
Q(3, 4) ⇒ Q'(-3, 4) and
R(−6, −3) ⇒ R'(-6, -3)
<span>
</span>
Answer: 5 miles
Step-by-step explanation: Hope this helps :)
Answer: 64 centimeters squared.
Step-by-step explanation: This shape is a parallelogram. And the area of a parallelogram is just the base multiplied by the height. Here, the base is 10 cm and the height is 7 cm. So you might think the the area is just 70 centimeters squared. But here's the catch. There is a rectangular region in this parallelogram that is not shaded. But you can still easily solve this problem. All you need to do is find the area of that rectangular region and you already know the length and the width of this region. And, remember, the area of a rectangle is just the length and the width multiplied. So here, the area of that rectangular region is just 2 cm multiplied by 3 cm. Which will give you 6 centimeters squared. Now, all that's left to do is subtract the area of that rectangular region, 6 centimeters squared, from the total area of the parallelogram, 70 centimeters squared. And that should give you 64 centimeters squared as your final answer. I really hope this makes sense and is helpful.
a=35 b=55
this is because sohcahtoa and calculators says so, and the calculator is always right. Also, my calculator is broken :(
There is 6 regular packs and 6 value packs so add those (6+6=12). Divide 12 by 2 (because there's 2 socks in a pair) and get 6. Then divide 402 by 6 and get 67 pairs. Do the same for the second location.
