Condensation, radiation, convection, conduction are many ways heat is transferred from atmosphere to ocean. however heat comes from the sun then, to the atmosphere.
Mediterranean circulation
The Mediterranean sea is nearly disconnected from the main ocean. There is also less rain or freshwater from rivers supplementing it than evaporation. This causes the sea to have higher salinity of > 38 ppt than the open ocean's 34-36ppt.
The correct answer to your question and how to solve it is
The relation between wavelength (λ)and the frequency of electromagnetic oscillation (f) is described by the following expression: λ=c/f, where c–is the speed of light in vacuum = 3*10^8 m/s
Derive f from above: f = c/λ.How to Calculate: λ=890nm = 890*10^-9m = 8.9*10^-7m
f =3*10^8m/s Divided by 8.9*10^-7m = 0.34*10^15 s-1=3.4*10^14 s-1
So your Answer is: The frequency of radiation of wavelength 890 nm is 3.4*10^14s-1
Answer:
Explanation:
Given
length=8 m
width=4 m
deep=4 m
Area of base 
hydro static Pressure on bottom
Force on bottom
Now pressure at the side wall
where 
is the mean length of wall = 4 m
Answer:
Electrical Energy (Electricity)
Explanation:
Electrical energy is the energy created by the flow of electrons through a conductor. The flow of electric current in a conductor is the flow of electrons through the conductor. This phenomenon is called current electricity. Electric current is the rate of electric charge flowing from one point to another in a conductor. Electric current produces an electrical energy which is provided from a voltage source. This electrical energy serves as power to appliances, machines, lights, or can be converted to any other forms of energy for a particular application. The source of electrical energy includes alternating current (AC), direct current (DC), Capacitors, Lightning, batteries etc.
