High ocean temperatures of above 26.5 degrees Celsius and coriolis effect( deflection of winds create spiraling motion)
We calculate as follows:
d = 0.025 m
<span>Δx = 0.31 m
</span>
<span>W = pΔV = p(πd²)(Δx/4) </span>
<span>W = 2.4x10⁵(3.14x0.025²)(0.31/4) =36.5 J
</span>
<span>F = W / Δx = 36.5 / 0.31 = 117.8 N
</span>
Hope this answers the question. Have a nice day.
Answer:
Explanation:
We can use the following kinematics equations to solve this problem:
.
Using the first one to solve for acceleration:
.
Now we can use the second equation to solve for the distance travelled by the airplane:
(three significant figures).
This is a spiral galaxy. The material of this galaxy is concentrated in the disk. The disk is rotating. If it moved fast enough for you to see, based on this view, how would you expect the galaxy to move Before delving into an answer, it is important to note that the spiral arms of galaxies are not fixed, solid objects; rather, they are patterns of bright stars and gas clouds within the overall form of the galaxy.
<h3>What is
spiral galaxy?</h3>
As a type of galaxy that Edwin Hubble first identified in his 1936 book The Realm of the Nebulae, spiral galaxies are a component of the Hubble sequence. The majority of spiral galaxies are made up of a bulge, or core collection of stars, and a flat, revolving disk filled with stars, gas, and dust. They frequently have a much fainter halo of stars surrounding them, many of which are found in globular clusters.
The spiral features that radiate from the galactic disc's core and give spiral galaxies their name. The young, hot OB stars that reside in the spiral arms, which are locations of active star formation, make them brighter than the disc around them.
To learn more about spiral galaxy from the given link:
brainly.com/question/24966229
#SPJ4