Answer:
D) All of those
Explanation:
You can use "LOWER Near water" to remember that factors which affect the weather patterns of a region.
Latitude. It tends to be hotter when closer to the equator.
Ocean currents. The temperature of the ocean can come from far away and affect the temperature of the air in a new location.
Wind and air mass. Air masses, blown by the wind, change the weather in an area depending on where it was formed.
Elevation, which is the same as altitude. It tends to be colder higher up.
Relief. When mountains block wind and precipitation on one side, making the other side have "relief" on the leeward side.
Near water. Temperature is more moderate because water does not change temperature as fast.
Answer:
Photosynthesis
Explanation:
Green plants make their own food to facilitate its growth by converting the radiant energy from the sun into chemical energy through a process called photosynthesis. During the process, plants use carbon dioxide, minerals, water and energy from the atmosphere and emit oxygen during the day (when there's sun). A substance called chlorophyll found in green plants traps the energy from the sunlight to make food.
The rate of energy radiated by the man is 3.86 x J/s. .
The amount of energy radiated by an object majorly depends on the area of its surface and its temperature. The is well explained in the Stefan-Boltzmann's law which states that:
Q(t) = Aeσ
where: Q is the quantity of heat radiated, A is the surface area of the object, e is the emmisivity of the object, σ is the Stefan-Boltzmann constant and T is the temperature of the object.
To determine the rate of energy radiated by the man in the given question;
= Aeσ
But A = 1.7 m², e = 0.4 and σ = 5.67 x J/s.
So that;
= 1.7 * 0.4 * 5.67 x
= 3.8556 x
= 3.86 x J/s.
Thus, the rate of energy radiated by the man is 3.86 x J/s. .
Learn more on energy radiation of objects by visiting: brainly.com/question/12550129
Hello their
the correct answer is true
i hope that i have helped
Answer:
1.12 m
0.08291 m
Explanation:
u = Upstream velocity = 0.4 m/s
Re = Reynold's number = (turbulent)
= Viscosity of water =
Here the flow is turbulent so we have the relation
The approximate location downstream from the leading edge where the boundary layer becomes turbulent is 1.4 m
Boundary layer thickness relation is given by
The boundary layer thickness is 0.08291 m