Why are thick wires rather than thin wires usually used to carry large currents? Explain why the temperature at the equator is always hot and the temperature at the poles is always cold, despite the passage of
Bottom currents within Monterey Canyon are driven by a semidiurnal internal tide (Hall & Carter, 2011). Internal tides are formed when surface tides move stratified water up and down the sloped terrain within the axes of submarine canyons (Pomar et al., 2012). Mean bottom current magnitude var...
Indicate the level diagram, end show from the first principle which state lies higher in energy. 1. What is dual nature of light? 2. What are the different phenomenons which are explained by the dual nature of light? Name the fundamental forces of natu...
This high frequency turbidity current activity has formed three submarine channels (“northern”, “central” and “southern”; Hughes Clarke et al., 2012; Fig. 2A and D). The channels initiate at or very close to the delta-lip, which is partially sub-aerially exposed at low tides. At a...
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What are the forces controlling water (both short term and bulk flow) and sugar (short distance transport) flow? What is the potential for using tides and waves to produce electricity? In which direction do the hydrogen bonds form in a beta sheet relative to the direction o...
Answer to: How might vegetative characteristics in a watershed relate to stream flow in terms of total amount and in terms of how many floods occur...
In the ex situ synthetic strategy (Figure 4a), the components of the heterostructured material are prepared separately in advance and then heterostructures are formed using a variety of techniques such as high temperature solid phase synthesis, drop-casting, sonication assembly, impregnation, ball-...
They are closely associated, and the Gβγ dimers are probably formed co-translationally; thus, they are often regarded as one unit [14,15]. While Gβ1-4 are found in all human cells, the Gβ5 subunit is found mainly in the human brain. The Gγ subunit sequences are the most ...
Sucrose is the key sugar in plant life, and it can be modified to Raffinose family oligosaccharides (RFOs) such as raffinose, stachyose, and verbascose, which are formed in the cytosol [176]. Fructans are also sucrose-derived fructose polymers. The levels of these sugars increase during ...