<p>"chord–radius angle ………………………. 55"
I got 35 because since there were two radii, regardless of where they were, the chord made an isoceles triangle. Therefore, since the angle between the radii was 110, the angle between a radii and the chord would be 35.</p>
<p>cos Θ ………………………. 4/5 <----was that (b)?</p>
<p>^right - I remember I had 110, but I thought maybe the central angle was 70, so (180-70)/2=55.</p>
<h2>Revised:</h2>
<p>slope ………………………. -1/2
quarters ………………………. 21 (D)
q.#60 ………………………. -2xy
tri-color ………………………. if not __ THEN not __
cos Θ ………………………. 4/5
sum of arirhmetic sequence ………………………. $6,660
cake: area of foil ………………………. 128
cake: # of pieces ………………………. 48
lateral surface area ………………………. 60 pi
October expenses ………………………. 10%
parking meter ………………………. $6.25
3 eq. triangles around a right triangle ………………………. top, bottom right, bottom left (XYZ)
log w^x ………………………. -4
III Quadrant ………………………. 8%
probability ………………………. 7/27
possible side ………………………. 32
consecutive odd ………………………. 2k/3 - 2
sin sec ………………………. tan
trapezoid ………………………. x<=10, y>=-x, -2<=y<=-6 (B)
table linear function ………………………. -10
triangle angles in progression ………………………. 50, 60, 70
chord–radius angle ………………………. 35
simplify ………………………. 1/(6x)+1/(4x^2)
1.503<em>10^n ………………………. -3
average grade ………………………. (5</em>84 + x)/6 = 85</p>
<h2>I am not sure if I remember it right:</h2>
<p>parabola ………………………. y = (x+3)^2 - 2</p>
<p>i put (x-3)^2-2 for the parabola</p>
<p>Yeah, same.</p>
<p>^ second that</p>
<p>"trapezoid ………………………. x<=10, y>=-x, -2<=y<=-6 (B)"</p>
<p>I think its -5<=y<=-2 right?</p>
<p>also...cos Θ ………………………. 4/5 <----was that (b)?</p>
<p>^^if it's shifted right then y=(x-3)^2-2
^I don't remember the letter. Thanks for the correction!</p>
<h2>One more time:</h2>
<p>slope ………………………. -1/2
quarters ………………………. 21 (D)
q.#60 ………………………. -2xy
tri-color ………………………. if not __ THEN not __
cos Θ ………………………. 4/5
sum of arirhmetic sequence ………………………. $6,660
cake: area of foil ………………………. 128
cake: # of pieces ………………………. 48
lateral surface area ………………………. 60 pi
October expenses ………………………. 10%
parking meter ………………………. $6.25
3 eq. triangles around a right triangle ………………………. top, bottom right, bottom left (XYZ)
log w^x ………………………. -4
III Quadrant ………………………. 8%
probability ………………………. 7/27
possible side ………………………. 32
consecutive odd ………………………. 2k/3 - 2
sin sec ………………………. tan
trapezoid ………………………. x<=10, y>=-x, -5<=y<=-2 (B)
table linear function ………………………. -10
triangle angles in progression ………………………. 50, 60, 70
chord–radius angle ………………………. 35
simplify ………………………. 1/(6x)+1/(4x^2)
1.503<em>10^n ………………………. -3
average grade ………………………. (5</em>84 + x)/6 = 85
parabola ………………………. y = (x-3)^2 - 2</p>
<p>Was minimum hourly wage $1000/(40*4)?</p>
<p>The distance between two holes
4 ?/16</p>
<p>i think it was something like that, there were two choices with 4 in it, i put the one that was greater, it was like</p>
<p>4 3/16
4 11/16 or something</p>
<p>i put 4 11/16 or whatever it was</p>
<p>Oh yeah, I remember that clearly it was 4 13/16 as the answer</p>
<p>Yeah, it was 4 13/16 for sure if that was one of the choices</p>
<p>definitely 4 13/16 - my calc rounded it to 4.81.</p>
<p>After the test I had this line left out on my calc:
150/6
25.00
what was that at the end of the test?</p>
<p>Yay! I have everything right so far except one.</p>
<p>Anybody know when we will be able to view our scores online? Two weeks?</p>
<p>Our proctor said 3-8 weeks I think. Not very precise.</p>
<p>December 13, 2008: ................. December 29, 2008February 6, 2009
ACT</a> Score Information: Viewing Scores</p>
<p>Woah, that's a huge range. So it's not one specific date like the SAT. :(</p>
<p>There is a big range for the mail in dates; you can all check online on December 29 for your scores.</p>