3)Using the simplified linear approximating to the equation of state of seawater withrespect to standard seawater (with average density po= 1027 kg/m3, in-situ temperatureTo= 10°C and salinity So= 35) given below:Pstr - Po= [-a . (T-To) + b . (S-So) + k .p]with constant coefficientsa = 0.15 kg/m³ per degree Celcius:b = 0.78 kg/m per part per thousand salinity;k = 4.5 x10-3 kg/m³ per decibarcalculate the in situ density (Pstp) values at the four levels measured with a CTD stationwith the following properties:Pstrp = 50 db, T= 27.06 °C, S = 34.992?p = 500 db, T = 6.54 °C, S = 34.271?р 3 2,500 db, Т %3D1.76 °C, S%3D 34.663?p = 4,500 db, T = 1.45 °C, S = 34.696?

Answered: Image /qna-images/answer/f08fb618-fd22-45f9-b6aa-836e73d6d35e.jpg

Answered: Using the simplified linear…

Similar questions

Compute Tc for the mercury isotopes 201Hg and 204Hg.
Gauge pressure is the pressure read by a pressure gauge. The gauge pressure will be zero if the pressure is the same as the general atmospheric pressure, because the gauge measures only the excess above atmospheric pressure. The actual pressure will thus be atmospheric pressure plus gauge pressure. Atmospheric pressure is about 14 pounds per square inch. The Rankine temperature scale is the Fahrenheit verson of the absolute temperature, and absolute zero in Rankine is about -460 F. Now, imagine a football has been stored in a warm locker room at a temperature of 71 F, and has a gauge pressure of 12.5 pounds per square inch. Next, it is taken outside and cooled to 40 F. What will the gauge pressure be after this is done?
In a hurricane, the mean sustained wind velocity v (in meters per second) can be modeled by v(p) = 6.31013-p, where p is the air pressure in millibars at the center of the hurricane. Estimate the air pressure, p, at the center of the hurrican when the mean sustained wind velocity, (v(p)), is 60 meters per second. Round to the nearest hundredth. mbar Blank 1:
The air quality index in Beijing last year recorded average ozone (O3) levels of 110 ppb (on a mol basis). Does this exceed Canada's acceptable 24 hour National Ambient Air Quality Objective (NAAQO) of 50 micrograms/M3? Assume the average molar mass of air is 29.0 g/mol and its density is 1.225 kg/M3.
The next four questions use this description. Our Sun has a peak emission wavelength of about 500 nm and a radius of about 700,000 km. Your dark-adapted eye has a pupil diameter of about 7 mm and can detect light intensity down to about 1.5 x 10-11 W/m2. Assume the emissivity of the Sun is equal to 1. First, given these numbers, what is the surface temperature of the Sun in Kelvin to 3 significant digits? What is the power output of the Sun in moles of watts? (in other words, take the number of watts and divide it by Avogadro's number) Assuming that all of the Sun's power is given off as 500 nm photons*, how many photons are given off by the Sun every second? Report your answer to the nearest power of 10 (e.g. if you got 7 x 1024, give your answer as 25).
type answer
Di O 11:PA (1) Suppose a person is covered head to foot by wool clothing with average thickness of 2 cm and is transferring energy of 6000 joules by conduction through the clothing for 2 minutes. What is the temperature difference across the clothing, given the surface area is 1.4m?? (Given: Thermal conductivity of wool is 0.04 W/mK) The difference in temperature = (2) A 9.15 kg sample of water at 11°C is in a calorimeter. You drop a piece of iron with a mass of 0.41 kg at 260°C into it. After the sizzling subsides, what is the final equilibrium temperature? (Given: Sp. Heat of water 1cal/g°C & Sp. Heat of iron is 0.106 cal/g°C) Equilibrium temperature in celcius =
Assuming a silicon photovoltaic array attains 20% efficiency over a lifetime of 25 years of use, where it is exposed to an average insolation of 250 W/m2, what is the total energy output of 1 m2 of photovoltaic cells (in joules). What quantity of coal would it replace (at 33% net energy conversion efficiency)?