<p>what was the biomass problem? i dont remember it</p>
<p>The answer to the nitrogenous bases one was guanine</p>
<p>For the control one, I don’t think it’s 1, 2, and 3, but rather only 2 and 3. My reasoning for that answer is this: a control group differs in one aspect, while the first plant differed in two aspects.</p>
<p>it was definitely crossing over. Mendelian genetics were not advanced enough to see the molecular fundamentals of crossing over. He only knew there was some mechanism causing genetic recombination. </p>
<p>I know i missed 4 so far.</p>
<p>to my question that never got answered: for those of you who had ecology, when they asked you which graph showed interspecific competition, did you put only one graph (graph 1), or two graphs (graph 1 and 3)?</p>
<p>Let’s keep adding to this list.</p>
<p>Mendel said nothing about- crossover
somatic body cell of 24- 12 from each parent
APES- not the brain cavity =(
Farm runoff- decrease in eutrophication?
Bacteria 5- produced toxins
pH 4.5 - 5.5- H+ decreasing
Bacteria #6- came from water
Really high concentrations- balanced fertilizer
Soil most likely to resist temp. change- wooded forests
Calvin Cycle- bundle sheath cells
Archaebacteria- similar to eukaryotes
Segmented seperation- annelids(earthworms)
light reactions equation- H2O -> O2
Pea genetics question- 50%
Wool genetics problem- 3/4
Cytosine- Guanine
Bases per Gene- 1000
Restriction enzyme- A
Colorblind Son genetics problem- 1/4
Bacteria- ammonia
Greatest Biomass- plants
Carbon Rocks- comes too slowly
Ventrel nerve cords- arthropods
Large intestine- watery feces
Evolution in populations - the one with 4, 5, 6
Substance causing growth - IAA</p>
<p>biomass problem: what contains most biomass? (or something like that)
answer choices were fungi, herbaceous plants, large grazing animals, small insects, and something else i forgot.</p>
<p>truthsmoker: you do have a point. gosh darnit!</p>
<p>btw archaebacteria are more similar to eukaryotes than bacteria because they contain introns in their DNA</p>
<p>So far, I’ve heard to answers to the control of the plants with IAA. (some ppl have said it was 1,2,3, and I think truthsmoker said just 2 and 3). Anyone else have any ideas?</p>
<p>What was the one with chloroplasts? I put only plants but I’m not sure because I know some protists can photosynthesize but I wasn’t positive they had chloroplasts.</p>
<p>most biomass=plants</p>
<p>Google searched:</p>
<p>
</p>
<p>was biomass in E ?</p>
<p>My reasoning for the control was that you had to look at the time for root growth (4 days) for 1 to match it up with the time for 4.</p>
<p>For the chloroplasts, i said protists and plants… for example, algae are protists.</p>
<p>yes (10 char)</p>
<p>There was a question about Weddell seals being poached and out of 124, 24 had the recessive condition. What is this: genetic bottleneck or directional selection</p>
<p>Mendel said nothing about- crossover
somatic body cell of 24- 12 from each parent
APES- not the brain cavity =(
Farm runoff- decrease in eutrophication?
Bacteria 5- produced toxins
pH 4.5 - 5.5- H+ decreasing
Bacteria #6- came from water
Really high concentrations- balanced fertilizer
Soil most likely to resist temp. change- wooded forests
Calvin Cycle- bundle sheath cells
Archaebacteria- similar to eukaryotes
Segmented seperation- annelids(earthworms)
light reactions equation- H2O -> O2
Pea genetics question- 50%
Wool genetics problem- 3/4
Cytosine- Guanine
Bases per Gene- 1000
Restriction enzyme- A
Colorblind Son genetics problem- 1/4
Bacteria- ammonia
Greatest Biomass- plants
Carbon Rocks- comes too slowly
Ventrel nerve cords- arthropods
Large intestine- watery feces
Evolution in populations - the one with 4, 5, 6
Substance causing growth - IAA
Identifying unknown microbe - Plants and protists</p>
<p>what was the archaebacteria question… i dont remember it</p>
<p>How many out of 790ish pea plants with dominant phenotype are homozygous? I put 250.</p>
<p>dang I missed a lot… like 7 or 8 so far… what kind of score is that??? </p>
<p>Is that below a 700?.. also is it horrible to get lower than a 700… but then take it again and get an 800… or just cancel and hope to get better on your other subject tests.</p>
<p>bottleneck, i think</p>