The equation looks like this 
. In an ellipse, a is always the bigger value, so a^2 = 25. This bigger value also tells us which axis is the major one. Sine the bigger value a is under the y^2 of the equation, the major axis is the y-axis. This is a vertical ellipse. The center is always found within a set of parenthesis that exist with the x^2 and the y^2. Since there are no parenthesis with either, there is no side to side movement, nor is there any up or down movement. So the center doesn't move from the origin (0, 0). The vertex is also along the major axis, and if a^2 is 25, then a = 5, so the vertices go up 5 from the center and down 5 from the center. Vertices are (0, 5) and (0, -5). The foci follow the formula 
. c is the distance that the foci are from the center. 
and c = 3. The foci also lie on the major axis, so the coordinates for the foci are (0, 3) and (0, -3). There you go!
Plz help me to find the number of the coordinate plane and thank you
1 answer:
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Answer:
At least 11 two-point baskets
Step-by-step explanation:
In her last basketball game, Casey scored 46 points.
In the current game, she has scored 24 points so far.
Difference points
If Casey wants her total score in her current game to be at least as great as her score in the last game, then she has to make at least
two-point baskets.