Question Part B: Application Questions 3. Which of the following contains more chemical potential energy and why? a. One molecule of NADP+, or one molecule of NADPH? b. Three molecules of CO2 or one molecule of glyceraldehyde-3-phosphate (G3P )? 4. During the Calvin Cycle plants "fix" carbon atoms by reacting carbon dioxide with an organic molecule called RuBP. For (a) (b) and (e) below, consider the steps of the Calvin Cycle required to produce one molecule of glyceraldehyde-3-phosphate. a. How many carbon atoms are "fixed” during the production of one molecule of glyceraldehyde-3-phosphate? Where do these carbons come from? b. Plant cells store excess glucose produced during photosynthesis in the form of starch. Starch is a polysaccharide consisting of a large number of glucose units joined by glycosidic bonds. How many glyceraldehyde-3-phosphate molecules would it take to produce a single starch molecule consisting of 1300 glucose units? Explain. c. How many carbon atoms must be fixed during the Calvin cycle in order to produce the starch molecule described in (b) above containing 1300 glucose units?

The cancer cells of Tasmanian Devil Facial Tumor Disease (DFTD) are infectious and can be spread to an uninfected animal through the bite from an infected/tumor cell carrying animal. DFTD was identified in 2006 by Pearse and Swift when they noticed that the karyotype from the tumor cells was markedly different from the host animal cells. The tumor cells in genetically different affected animals, also appeared to share the same origin. High throughput DNA sequencingconfirmed these findings of a transmissible tumor (Murchison et al. 2012) as the tumor genotype was unlikely to have arisen from somatic mutation and clonal expansion from the host genotype. Recently, as reported in Pye et al (2016), a second transmissible cancer, DFT2 has been found in Tasmanian devils. DFT2 causes the same sort of facial tumors as the first tumor type (DFT1), but is cytogenetically distinct from DFT1.Panel D shows the haplotypes of an MHC class I exon (Sahal*xx) detected in DFT1, DFT2, DFT2 hosts or an unrelated devil 91H. Presence of the haplotype is marked in blue, absence in white. All 14 haplotypes are unique amino acid sequences. question: Why is it surprising that one would recover DFT2 cells that differ in MHC from the DFT2 host animal and Why might down regulation of MHC expression be relevant in progression of this disease? Thanks А Females Males DFT1 UD DFT2 X GLB67574GA X:GLB67574G>A X:GL867593G>A X.GL867593C> XGL867593AT XGL867593C>T XGL867594G>A X.GL867807C>T XGL867607G>A XGL867657C>T Homozygous (REF) Homozygous (ALT) Heterozgyous DFT1 DFT2 DFT2 hosts Unrelated devil B 87T 887 SN-T) 53H RV-T RVH) SN-H) 274 L E D N C M J F K Alleles 190 194 271 273 142 144 201 203 172 174 159 161 221 223 244 246 157 159 176 с D DFT1 DFT2 DFT2 Unrelated hosts devil DFT2 Unrelated DFT1 DFT2 hosts devil 88T 87T 86T SN-H RV-H SN-T 87T 88T RV-T SN-T RV-H) H-NS 53H RV-T 91H DFT1 potentially somatic Cht2.GL841444. Cht2.GL841242 Chr2 GL84 1455 - Chr2 GLB41454 Chix GL867598 - Chr2GL841420 Chr5.GL861655 - Ch.GL861655 Chr.GL861695. CN2GL841451 Chr.GL.861708 - CH3.GL849528 ChriGL834489 - ChrOL834489 Chr GLBS6767-ChriGL834489 Chr2.GL841709-CN 2.GLB41454 Chex GL867696-CheX-GL887579 Chr3.GL849903 - Chr:GL849903 Che GL861537- Ch 2 GL841419 ChriGL834551 - Che GL836445 Sahal*32 Sahal*88 Sahal29 Sahal*35 Sahal*36 Sahal*33 Sahal*97 Sahal*46 Sahal*27 Sahal"90 Sahal 98 Sahal 37 Sahal*49 Sahal*45 Germline Chr3.GL849558 - CH3.GLB49558

Please help solving problem 1,2 and 3. Thank you very much. For questions 1 - 3, consider the following test results obtained for a surface water sample. lon Concentration (ppm) Ca2+ 36.0 Mg2+ 10.8 Na 12.4 K 5.9 нсоз" 82.1 SO42 32.0 CI 16.9 NO3 7.4 1. Check the accuracy of the analytical measurements. Do you suspect that a constituent of significance has been neglected? If so, is it a cation or an anion? 2. Determine the mole fraction of calcium, magnesium, and sulfate for the water sample given above. 3. Determine this water's hardness and alkalinity in mg/L as CaCO3.

Die-rolling experiment: 1) Acquire any "fair-enough" die. 2) Roll it at least 100 times (each person for themselves). 3) Note what the outcome is overy time. 4) For each group of 5 (go consecutively, i.e. group first five rolls, then the next five rolls, etc.), take the average of the 5 rolls. For example, if the first five rolls are \( 3,6,1 \), 5 , and 3 , Die-rolling experiment: 1) Acquire any "fair-enough" die. 2) Roll it at least 100 times (each person for themselves). 3) Note what the outcome is overy time. 4) For each group of 5 (go consecutively, i.e. group first five rolls, then the next five rolls, etc.), take the average of the 5 rolls. For example, if the first five rolls are \( 3,6,1 \), 5 , and 3 , the average will be \( 18 / 5=3.6 \). 5) You will end up with at least 20 averages. Plot these averages on a \( 2 \mathrm{D} \) column graph. Alternatively, you can do a histogram of your results, which will be a fancier way of doing a 2D column graph. With a histogram though, you can control the bin size and instead of each individual average (e.g. 3.2, 3.4. 3.6, etc.). you can group them together with a bin size of 1 . Bonus credits will be assigned to those showing their results with a histogram of bin size 1 in addition to their regular \( 2 \mathrm{D} \) column graphs. 6) All the probabilities of \( 1,2,3,4,5 \) and 6 are \( 1 / 6 \) with a fair die. Therefore, the probabilities are said to be "uniformly distributed". Then, why is your \( 2 D \) column graph / histogram not looking uniform at all? Speculate / comment on the rationale for this.

Units V.C represents which quantity? Select one: a. Electric potential energy, U b. Electric Constant, k c. Electric Potential d. Electric Flux, F e. Electric Field, E

2-4 Estimate the TDS for one of the water samples in Problem \( 2-1 \) or \( 2-2 \) (to be selected by instructor) using Eq. (2-11) and by summing the mass of the individual ionic species. How do the computed values compare?The following test results were obtained for three treated wastewater effluent samples. Check the accuracy of the analytical 2-4 Estimate the TDS for one of the water samples in Problem \( 2-1 \) or \( 2-2 \) (to be selected by instructor) using Eq. (2-11) and by summing the mass of the individual ionic species. How do the computed values compare?The following test results were obtained for three treated wastewater effluent samples. Check the accuracy of the analytical measurements for one of the waters (to be selected by instructor). Do you suspect that a constituent of significance has been neglected? If so, is it a cation or anion? Determine the mole fraction of \( \mathrm{Ca}^{2+}, \mathrm{Mg}^{2+} \), and \( \mathrm{SO}_{4}^{2-} \) for one of the following treated wastewater effluents (to be selected by instructor).

Which of the following statements is correct regarding Kepler's three laws of planetary motion? Angular momentum of any planet about an axis through the Sun and perpendicular to the orbital plane is not invariant during its motion. Planets move in elliptical orbits with the sun not being at its center. Orbital period of a planet is directly proportional to Which of the following statements is correct regarding Kepler's three laws of planetary motion? Angular momentum of any planet about an axis through the Sun and perpendicular to the orbital plane is not invariant during its motion. Planets move in elliptical orbits with the sun not being at its center. Orbital period of a planet is directly proportional to its distance from the sun. Kepler's laws are valid only for planets in the solar system.