<p>Contribute to consolidated LIST</p>
<p>Answers in Paranthesis
I am just wondering if today’s test was exceedingly harder than other test date</p>
<p>7 TTCE</p>
<ol>
<li>Baking powder NaHCO3 (TTCE)</li>
<li>Sugar melting point (T/F)</li>
<li>80 K to 80 Ar (Nuclear)</li>
<li>Iron Oxide (Oxidation??)</li>
<li>Different sub question with Iron Oxide (Opposite of Iron oxide answer)</li>
<li>Which has multiple bond (CO)</li>
<li>(CH4OH w/ NH4)</li>
<li>M = Alkali metal, reaction with Oxygen (2M + O2 -> M2O something like that)</li>
<li>HC2H3O2 is Strong acid Because Acetic acid has 4 hydrogen atoms (F/T)</li>
<li>(CuSO45H2O)</li>
<li>Photon emit light (TTCE)</li>
<li>(230=1813)</li>
<li>This element’s type is good conductor of electricity (Carbon)</li>
<li>C2 (covalent network bonds)</li>
<li>Easiest to be oxidized (1s2 2s2 2p6 3s1)</li>
<li>Highest energy level for some element (3p)</li>
<li>Ba(SO)4 reacted with some 1.0 M X element, white colorless gas, brown gas (Fe or Cu. IDK)</li>
</ol>
<p>SO4-2 was the ion that combined with the compound that contained a barium to form a percipitate. Just curious, what were the ideal gas conditions (I skipped it).</p>
<p>for the thing about the brown gas and colorless gas, was the answer that the products depend on the concentration?</p>
<p>Answers in Paranthesis
I am just wondering if today’s test was exceedingly harder than other test date</p>
<p>7 TTCE</p>
<ol>
<li>Baking powder NaHCO3 (TTCE)</li>
<li>Sugar melting point (T/F)</li>
<li>80 K to 80 Ar (Nuclear)</li>
<li>Iron Oxide (Oxidation??)</li>
<li>Different sub question with Iron Oxide (Opposite of Iron oxide answer)</li>
<li>Which has multiple bond (CO)</li>
<li>(CH4OH w/ NH4)</li>
<li>M = Alkali metal, reaction with Oxygen (2M + O2 -> M2O something like that)</li>
<li>HC2H3O2 is Strong acid Because Acetic acid has 4 hydrogen atoms (F/T)</li>
<li>(CuSO45H2O)</li>
<li>Photon emit light (TTCE)</li>
<li>(230=1813)</li>
<li>This element’s type is good conductor of electricity (Carbon)</li>
<li>C2 (covalent network bonds)</li>
<li>Easiest to be oxidized (1s2 2s2 2p6 3s1)</li>
<li>Highest energy level for some element (3p)</li>
<li>Ba(SO)4 reacted with some 1.0 M X element, white colorless gas, brown gas (Fe or Cu. IDK)</li>
<li>Ideal Condition when high temperature and low pressure because intermolecular force greater so volume is insignificant (TTCE)</li>
</ol>
<p>Was the ideal gas question #3??? thanks</p>
<p>Answers in Paranthesis
I am just wondering if today’s test was exceedingly harder than other test date</p>
<p>7 TTCE</p>
<ol>
<li>Baking powder NaHCO3 (TTCE)</li>
<li>Sugar melting point (T/F)</li>
<li>80 K to 80 Ar (Nuclear)</li>
<li>Iron Oxide (Oxidation??)</li>
<li>Different sub question with Iron Oxide (Opposite of Iron oxide answer)</li>
<li>Which has multiple bond (CO)</li>
<li>(CH4OH w/ NH4)</li>
<li>M = Alkali metal, reaction with Oxygen (2M + O2 -> M2O something like that)</li>
<li>HC2H3O2 is Strong acid Because Acetic acid has 4 hydrogen atoms (F/T)</li>
<li>(CuSO45H2O)</li>
<li>Photon emit light (TTCE)</li>
<li>(230=1813)</li>
<li>This element’s type is good conductor of electricity (Carbon)</li>
<li>C2 (covalent network bonds)</li>
<li>Easiest to be oxidized (1s2 2s2 2p6 3s1)</li>
<li>Highest energy level for some element (3p)</li>
<li>Ba(SO)4 reacted with some 1.0 M X element, white colorless gas, brown gas (Fe or Cu. IDK)</li>
<li>Ideal Condition when high temperature and low pressure because intermolecular force greater so volume is insignificant (TTCE)</li>
<li>1g of something compared to other 1g of something else Because 1 mole of something has greater something than something else (F/T)</li>
</ol>
<p>Man, seriously. questions with TTCE are really easy to be identified. However, TTCE or FF can be confused each other</p>
<p>Anyone please contribute to this list</p>
<p>adding acid to water. I effed up and put T F because I thought that the heat was not why it “splattered” because if you think about it either way the acid is added, heat will be produced, but I think the answer TTCE</p>
<p>Its CuSO4.5H2O !</p>
<p>Answers in Paranthesis
I am just wondering if today’s test was exceedingly harder than other test date</p>
<p>7 TTCE</p>
<ol>
<li>Baking powder NaHCO3 (TTCE)</li>
<li>Sugar melting point (T/F)</li>
<li>80 K to 80 Ar (Nuclear)</li>
<li>Iron Oxide (Oxidation??)</li>
<li>Different sub question with Iron Oxide (Opposite of Iron oxide answer)</li>
<li>Which has multiple bond (CO)</li>
<li>(CH4OH w/ NH4)</li>
<li>M = Alkali metal, reaction with Oxygen (2M + O2 -> M2O something like that)</li>
<li>HC2H3O2 is Strong acid Because Acetic acid has 4 hydrogen atoms (F/T)</li>
<li>(CuSO45H2O)</li>
<li>Photon emit light (TTCE)</li>
<li>(230=1813)</li>
<li>This element’s type is good conductor of electricity (Carbon)</li>
<li>C2 (covalent network bonds)</li>
<li>Easiest to be oxidized (1s2 2s2 2p6 3s1)</li>
<li>Highest energy level for some element (3p)</li>
<li>Ba(SO)4 reacted with some 1.0 M X element, white colorless gas, brown gas (Fe or Cu. IDK)</li>
<li>Ideal Condition when high temperature and low pressure because intermolecular force greater so volume is insignificant (TTCE)</li>
<li>1g of something compared to other 1g of something else Because 1 mole of something has greater something than something else (F/T)</li>
<li>Adding water to acid Because It would cause splattering (TTCE)</li>
</ol>
<p>65 more questions to go</p>
<p>Consolidated List :
Section A :
- 80 K to 80 Ar (Nuclear Transformation)
- Iron Oxide (Oxidation/Reduction)
- Different sub question with Iron Oxide (Opposite of Iron oxide answer)</p>
<p>Section B : (7 TTCE)
- Baking powder NaHCO3 (TTCE)
- Sugar melting point (T/F)
- Photon emit light (TTCE)
- Ideal Condition when high temperature and low pressure BECAUSE intermolecular force greater so volume is insignificant (TTCE)
- 1g of something compared to other 1g of something else Because 1 mole of something has greater something than something else (F/T)
- Adding water to acid Because It would cause splattering (TTCE)
- HC2H3O2 is Strong acid Because Acetic acid has 4 hydrogen atoms (F/T)</p>
<p>Section C :
- Which has multiple bond (CO)
- (CH4OH w/ NH4 OR CH4OH w/ HF)
- M = Alkali metal, reaction with Oxygen (2M + O2 -> M2O something like that)
- (CuSO4<em>5H2O)
- (230=18</em>13)
- This element’s type is good conductor of electricity (Carbon)
- C2 (covalent network bonds)
- Easiest to be oxidized (1s2 2s2 2p6 3s1)
- Highest energy level for some element (3p)
- Ba(SO)4 reacted with some 1.0 M X element, white colorless gas, brown gas (Fe or Cu. IDK)</p>
<p>… he took it from my consolidated list</p>
<p>you should post then…he doesnt even have all the answers so you can probably make money as well</p>
<p>what did you guys put for compound having both ionic and covalent bonds?
also, Baking powder TTCE question, what’s the correct answer?
What about sugar having melting point higher than water question?</p>
<p>I don’t feel like searching for answers all day so I’ll pay you guys to post answers and questions here: <a href=“https://www.■■■■■■■■.com/questions/365?title=Answers+for+the+November+SAT+Chem+II+Test[/url]”>https://www.■■■■■■■■.com/questions/365?title=Answers+for+the+November+SAT+Chem+II+Test</a></p>
<p>Feel free to use it to help you to, I don’t really care as long as I get the answers soon as possible</p>
<p>There was one about how to separate out the contents of a methyl alcohol and water solution.</p>
<p>I got 230 kJ too… And 5H20 for the hydrate.
I think there were about 6 or 7 TTCE. Can’t remember but I had tons</p>