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

Using the simplified linear approximating to the equation of state of seawater with respect to standard seawater (with average density po= 1027 kg/m3, in-situ temperature To= 10°C and salinity So= 35) given below: Pstr - Po= [-a . (T-To)+b . (S-So) + k . p] with constant coefficients a = 0.15 kg/m³ per degree Çelcius: b = 0.78 kg/m³ per part per k= 4.5 x10³ kg/m³ per decibar thousand salinity; calculate the in situ density (pstp) values at the four levels measured with a CTD station with the following properties:

Using the simplified linear approximating to the equation of state of seawater with respect to standard seawater (with average density po= 1027 kg/m3, in-situ temperature To= 10°C and salinity So= 35) given below: Pstr - Po= [-a . (T-To)+b . (S-So) + k . p] with constant coefficients a = 0.15 kg/m³ per degree Çelcius: b = 0.78 kg/m³ per part per k= 4.5 x10³ kg/m³ per decibar thousand salinity; calculate the in situ density (pstp) values at the four levels measured with a CTD station with the following properties: