First, you need to find the coordinates of each point: M, T, J, and K. M is (9, 8) T is (-6, -1) J is (7, 2) K is (1, -8)
P is the midpoint between M and T. Q is the midpoint between J and K.
The numbers in italics were derived by adding the absolute values of M + T and J + K and dividing by 2.
<em>7.5 and 4.5</em> P is T plus the two numbers above. P = (1.5, 3.5)
<em>3 and 5</em> Q is K plus the two numbers above. Q = (4, -3) Then you just plot them on the graph and draw a line connecting P and Q.
M is the midpoint of line GR. We know that M is at the origin, (0,0), and one of the points G is at (-8,3). If M is the midpoint, then that means that R is the same distance away from M as G, although in the opposite direction. Then we can deduce that R = (8,-3).
Answer: The primary two methods by which planet are found around other stars are:
I) Direct images in visible and infrared light.
Explanation: This is viewing the star by seeing itself. This method is very tedious and difficult because of the light made up by the extrasolar planets around the galaxy.
The Southern Plains has a low-pressure system was strengthening and connected multiple fronts. The most distinguishable front dropping south-southwest through west Texas, was a cold front. This is because of the geographical location of the panhandles as they are found in the extreme north west region of the country with lots of plains . This setting favours the movement of cold air from the Arctic region.
