Describe how stratification occurs and how it is eroded to change the surface mixed layer.
Stratification occurs due to excessive rainfall or freshwater deposit from somewhere like river. Due to water stratification the primary productivity decreases. That's why regions, where we get water stratification there the organism concentration, is quite less in comparison to the locations having upwelling mechanism.
Due to stratification the mixed layer thickness increases, that's why the thermohaline depth increases.
For this we can take the example of the east coast and west coast of India. The east coast of India is marked by the Bay of Bengal, which encounters several river water input. So there we get the water stratification and the productivity is less, But at the west coast of India Arabian sea is there, which marked by the upwelling. So at Arabian sea the productivity is more.
Describe how stratification occurs and how it is eroded to change the surface mixed layer.
Problems Let's consider the following stratification and surface layer slope: Barotropic and Baroclinic Motion Remember, p- pgz, and 5cm 5cm 2cm 2cm 2cm 1 027 ρ,-1026 ρ2=1028 kgm-3 < 1. For both cases calculate: a. The pressure at both points A and B, at each interface b. The acceleration in each layer
How does the impedance of an electrode change with its surface area? (increase / decrease) How does the parallel capacitance (double-charge layer capacitance) of an electrode change by its surface area? (increase / decrease) Draw the electrical equivalence of an electrode/electrolyte interface using 4 passive electrical components.
Describe in detail how packets are segmented by the Host-to-Host Layer (Transport Layer) and Internet Layer of the TCP/IP model.
3. The CO2 asymmetric stretching occurs at 2350 cm1. Calculate the energy needed for the first overtone transition, and describe how the energy would change if anharmonicity is taken into account. 3. The CO2 asymmetric stretching occurs at 2350 cm1. Calculate the energy needed for the first overtone transition, and describe how the energy would change if anharmonicity is taken into account.
In a simple model of Earth's oceans, the upper layer of water that is well mixed by waves, wind, and heating by sunlight is about 500 m deep. This layer sits on a deeper layer of colder water beneath it. The area of the upper layer is about 3.60e+08 km2 and its average temperature is currently about 17 °C. Suppose that the temperature of this upper layer is increased to 19.2 °C. (a) By how much will the volume of...
5. Describe how the following Transport Layer protocols work:
Describe the visible change that occurs if H3O+ is added to the reaction shown below at equilibrium. 2 BaCrO4 + 2 H3O+ ⇄ Ba+2 + Cr2O7-2 + 3 H2O The visible change above is due to the formation of what material? Explain why this is occurring.
3.) An optical fiber is covered by a layer of glass, to protect its surface. The index of refraction of the core is n1 = 1.8, and that of the protective layer is n2 = 1.5. The diameter of the core is d= 0.2mm. a. Calculate the critical incident angle at the interface between the core and the protective layer, at which total reflection occurs! (Give your result in degrees!) b. What is the minimal radius to which the fiber...
describe what occurs to the urinary system in response to hemorrhaging. Be certain to include how the change in blood pressure is detected within the renal system and the steps involved in returning blood volume back to homeostasis.
6. Name the specific sub-layer of the epidermis where mitosis occurs. 7. Describe functions of the dermal papillae: 8. Identify and label the photographs of the skin model to compare thin vs. thick skin: dermis, stratum corneum, stratum basale, dermal papillae, Meissner's corpuscle, duct of the sudoriferous gland, stratum spinosum, arrector pili, sebaceous gland, stratum granulosum, hair root, stratum lucidum 9. List the differences between thin and thick skin. Thick skin Thin skin Structure Epidermal thickness Layers of the epidermis...