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If 5*(p + 6) = 25 then p is -1
Oh, dude, the greatest area of a rectangle with a perimeter of 50 would be a square, right? So, if you divide the perimeter by 4, you get the side length of the square, which is 12.5. Then you just square that to get the area, which is 156.25. Easy peasy, lemon squeezy!
Assuming you mean y=2x(24x-100)=48x2-200xThe vertex is the coordinate (p,q) when a function of a form y=ax2+bx+c is arranged into the form y=a(x-p)2+q.Divide y by the coeifficient of the x2 term, 48. y = x2-(25/6)xx2-ax = (x-a/2)2-a2/4.So y = [x-(25/6)/2]2-(625/36)/4 = [x-25/12]2-625/144y is now in the form y=a(x+p)2+q, so the vertex of 48x2-200x is (25/12, -625/144)
25% equates to 25/100. An algebraic expression would be P = 118250 x 25/100 (= 29562.5)
25
If p=(-7) and d=(-1) then the distance from p to d is determined by the distance formula for the one dimensional coordinate line:D=(x2-x1) d=x2, p=x1D=(-1)-(-7) = (-1)+7 = 6The positive number means the direction from p to d is from left to right on the coordinate line.
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Suppose the scatter plot is of a variable X on the horizontal scale and Y on the vertical scale.Find the approximate middle of the x values and call it p.Find the approximate middle of the y values and call it q.Draw horizontal and vertical lines through the point with coordinates (p, q).If you know about quadrants, skip this paragraph. The two lines through the point (p,q) divide up the plane into 4 quadrants. Quadrant I is top right. Quadrant II is top left. Quadrant III is bottom left. Quadrant IV is bottom right.If the scatter plot is mostly in quadrants I and III the correlation is positive. If mostly in quadrants II and IV the correlation is negative. Otherwise the correlation is small.Remember, though, that 0 correlation does not mean no relation. y = x2 will have 0 correlation but it is a perfectly well defined relationship!Suppose the scatter plot is of a variable X on the horizontal scale and Y on the vertical scale.Find the approximate middle of the x values and call it p.Find the approximate middle of the y values and call it q.Draw horizontal and vertical lines through the point with coordinates (p, q).If you know about quadrants, skip this paragraph. The two lines through the point (p,q) divide up the plane into 4 quadrants. Quadrant I is top right. Quadrant II is top left. Quadrant III is bottom left. Quadrant IV is bottom right.If the scatter plot is mostly in quadrants I and III the correlation is positive. If mostly in quadrants II and IV the correlation is negative. Otherwise the correlation is small.Remember, though, that 0 correlation does not mean no relation. y = x2 will have 0 correlation but it is a perfectly well defined relationship!Suppose the scatter plot is of a variable X on the horizontal scale and Y on the vertical scale.Find the approximate middle of the x values and call it p.Find the approximate middle of the y values and call it q.Draw horizontal and vertical lines through the point with coordinates (p, q).If you know about quadrants, skip this paragraph. The two lines through the point (p,q) divide up the plane into 4 quadrants. Quadrant I is top right. Quadrant II is top left. Quadrant III is bottom left. Quadrant IV is bottom right.If the scatter plot is mostly in quadrants I and III the correlation is positive. If mostly in quadrants II and IV the correlation is negative. Otherwise the correlation is small.Remember, though, that 0 correlation does not mean no relation. y = x2 will have 0 correlation but it is a perfectly well defined relationship!Suppose the scatter plot is of a variable X on the horizontal scale and Y on the vertical scale.Find the approximate middle of the x values and call it p.Find the approximate middle of the y values and call it q.Draw horizontal and vertical lines through the point with coordinates (p, q).If you know about quadrants, skip this paragraph. The two lines through the point (p,q) divide up the plane into 4 quadrants. Quadrant I is top right. Quadrant II is top left. Quadrant III is bottom left. Quadrant IV is bottom right.If the scatter plot is mostly in quadrants I and III the correlation is positive. If mostly in quadrants II and IV the correlation is negative. Otherwise the correlation is small.Remember, though, that 0 correlation does not mean no relation. y = x2 will have 0 correlation but it is a perfectly well defined relationship!
Henry P. Smith III died in 1995.
Henry P. Smith III was born in 1911.
Reflecting a point P, in the x axis is finding another point Q such that they both have the same x-coordinate and that the y-coordinate of Q is the additive inverse of the y-coordinate of P. Thus, is P is 4.5 above the x-axis, then Q is 4.5 below it and if P is below, then Q is above by the same distance.Reflection in the y-axis is similar except that now it is the y-coordinate that remains the same and the x-coordinate that changes. If P was to the left then Q is to the right (and conversely).
John P. Wheeler III died on 2010-12-30.
John P. Wheeler III was born on 1944-12-14.
Thomas P. O'Neill III was born on 1944-09-20.
(5,3)
Stephen P. Summers has written: 'Synthesis and properties of some bismuth (III), manganese (II), yttrium (III), europium (III), and gadolinium (III) complexes' -- subject(s): Crystallography, Organometallic compounds
If 5*(p + 6) = 25 then p is -1