<p>(-t)^2 –> (-(x-b))^2. Asked you which of the following was a possible graph for it. Is this the same parabola question that you guys are talking about?</p>
<p>What about the one with g(-1)?</p>
<p>@levinel yes it is</p>
<p>the question for 5.5 was… 2x+4 = 7, find x+4?
did i do the math wrong?</p>
<p>@shaggy was that the one with flipping it around the x axis?</p>
<p>@Chris, any idea of the LETTER of that answer? E was the abs value one, but I recall putting an upward parabola that was C perhaps</p>
<p>14, 17, 19 all work.</p>
<p>g(-1) I think i got -3 yeah…</p>
<p>Oh, I remember that. I just had the answer in fraction form.</p>
<p>i counted 34 numbers between 1 and 100 that are multiplies of 3. 100-63 = 37
37-34 = 3
a number that is a multiple three times throughout 1 through 100 = 30 ?</p>
<p>Does anyone know if the question with the stamp collector was part of the math experimental section?</p>
<p>@levinol yeah the abs value was definitely E. The answer was the upward facing PARABOLA - which may or may not have been choice C…i forget.</p>
<p>i put C, the upward parabola too.</p>
<p>what about the sequence one with the 20th term? was it just -1</p>
<p>@Joshmo, yes.</p>
<p>yes. I had no idea how to even attempt to solve it.</p>
<p>Ajisai, i didn’t have a stamp collector question so…</p>
<p>I am 100% sure of the following answers;</p>
<p>40 boxes.
Parabola facing upwards and moved to the right.
m = 2k
p = 3 (this might have been experimental)
1.6 is the ratio of pens/pencils.
The other point on the circle is (4,12)
17 was an option for the multiples of 1-100</p>
<p>Does anyone know it 20 would work for… that question about multiples of 3 and 64 numbers left from 100? Sorry, if this question was already answered!</p>
<p>maximum value for quadratic function was A?</p>