<p>@golfer111 it would be 75% if a TT or Tt determined the trait, but student 2 specifically said that tt carried the trait. so since both people were Tt, you get TT Tt Tt and tt.</p>
<p>oh ****. I misread it. lol</p>
<p>^Exactly kai427, if you cross two individuals who are both Tt, you get 75% carried and 25% not carried</p>
<p>so thats -2 on science for me. ■■■. At least i have another shot in october. I didn’t even prep effectively for this test. I tried cramming everything in lol I’ll make sure i use up all 12 practice tests. I have 9 left lol</p>
<p>@airfreshener yeah so i think it was 25% then cause tt is carries the trait not TT or Tt</p>
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<p>that’s what i said.</p>
<p>I put 100% and I’m 100% sure it’s the right answer</p>
<p>^totz agreed wwith HeWhoPwnz. ap bio ftw.</p>
<p>^I thought that the question was basing itself off of student 2’s conjectures, which meant that the shaded circles/squares were both tt, so the offspring has to be tt.</p>
<p>Student 2 didn’t leave any room for tt or Tt; it was just tt.</p>
<p>tt carries traits according to student 2, not Tt or TT</p>
<p>ppl who put 75% are certain with their answers
ppl who put 100% are certain with their answers</p>
<p>wats the answerrrrr</p>
<p>■■■…was it just me or was science like…fricken hard this time? The last 2 times I took the ACT science was never even close to being this hard…</p>
<p>@ nevergiveup16…it’s 100%. and actually i should have said i’m 110% sure not 100% lawl</p>
<p>guys, student 2 said tt carries the trait, not TT or Tt. 25%</p>
<p>@ HeWhoPwnz, i don’t think it was necessarily harder. i just think the curve is a big fat b***h, like seriously on ANY other section 2 wrong is a 34 which is great but on science 2 wrong is like a freakin 32…so science does damage to my composite</p>
<p>^False.</p>
<p>tt carries the trait, so 2 people that carry the trait would be tt and tt, meaning that the offspring is guaranteed to be tt.</p>
<p>It’s 100%.</p>
<p>Wow 2 of the questions in the science section has managed to divide CC on a consolidated answer Lol. Def a hard science section. For the record, i put 100%, but I’m not 100% sure lol.</p>
<p>I’m 100^100% sure it’s 100%.</p>
<p>i’m just gonna explain it so that hopefully people can accept that the answer is SURELY 100%.</p>
<p>student 2 believed that in order to have trait T, you MUST have the tt genotype. the two people in the question who were gonna have offspring BOTH had trait T (their boxes were colored which indicates having the trait). THUS their cross can be represented by tt x tt. just do the math, that cross results in 100% of the offspring having trait T.</p>
<p>That one has to be 100%. Both parents have tt genotype. They have no choice but to pass down a t allele. So, the child will ALWAYS have a tt genotype. It is 100%</p>
<p>Any consensus on the mesh bag problem??</p>