It brings cold water from the bottom of the ocean.
The energy of an ultraviolet photon is 2.6 times greater than a red photon.
<h3>
Energy of a photon</h3>
The energy of a given photon of light is calculated using the wavelength and the speed of light.
<h3>Energy of a red photon</h3>
The energy of the a red photon at the given wavelength is calculated as follows;

<h3>Energy of an ultraviolet photon</h3>

<h3>The ratio of the two energies</h3>

Thus, the energy of an ultraviolet photon is 2.6 times greater than a red photon.
Learn more about energy of a photon here: brainly.com/question/7464909
<span>The reason that things look wavy in the heat over a hot grill or stove is that the air temperature is not stable. Hot air naturally rises, so as air comes off the hot surface, it rises for a bit before rapidly cooling and sinking to be heated again. This constant mixing of hot and cool air produces vibration. This vibration affects how we see the light moving through the air, making it look wavy.</span>
Answer:
thermal conductivity = 0.2906 W/m.K
Explanation:
thermal conductivity = 0.168 BTU/h.ft⁰F
1 BTU/h.ft⁰F = 1.7295772056 W/m.k
0.168 BTU/h.ft⁰F = 0.168 * 1.7295772056 W/m.k
0.168 BTU/h.ft⁰F = 0.2906 W/m.k
Answer:
A)

B)

Explanation:
= diameter of the spherical chamber = 5.50 m
Volume of the spherical chamber is given as

= density of the seawater = 1025 kg m⁻³
Part A)
Force of buoyancy by seawater on the chamber is given as

Part B)
= tension force in the cable in upward direction
= mass of the chamber = 87600 kg
Weight of the chamber is given as

Using equilibrium of force in the vertical direction, we have
