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For the carbonate ion, CO3 2-, draw all of the resonance structures. Identify which orbitals overlap to create each bond.
Calculate the free energy of transfer involved in the hypothetical transfer of electrons from complex 1 to complex 4. The electron reduction potential of complex 1 in -0.32V. Complex 2 is +0.03V. Complex 3 is +0.04V. Complex 4 is +0.23V.
Eukaryotic cells are complex in organization and structure, especially when you consider their small size. Consider the organelle contents of the typical eukaryotic cell.
Why are some simple plants only found in damp places. Why are flowering plants the most successful on this planet. What is the difference between reproduction in coniferous plants and in flowering plants.
For each of the following stressful environments, state what molecular stress the bacteria will face, and what action bacterial cells can take to cope with the stress.
Use the data provided below compute the resting membrane potential of this set of cells. Is the inside negative or positive relative to the outside ?
In eukaryotes, electron transport occurs in? A.membranes and mitochondria
In pea plants tall is dominant to dwarf and is controlled by a single gene. A heterozygous plant is self-crossed. What proportion of the progeny plants exhibit the dominant phenotype and are homozygous?
Two protein kinases, K1 and K2, function sequentially in an intracellular signaling cascade. If either kinase contains a mutation that permanently inactivates its function, no response is seen in cells when an extracellular signal is received.
In aquatic gas exchange across gills, how does countercurrent exchange improve the uptake of O2 that otherwise would be lost with concurrent exchange?
Explain Physiological or biochemical effects of COPD
What would happen if one were to inject both the R strain and heat-killed S strains into a host organism such as the mouse.
Does a bigger brain make you smarter? i. An Introduction (
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