Answer:
<h3>Site and situation of a place influences its role in a globalized world as the world is racing towards urban development.</h3>
Explanation:
- The dynamics of urban development consist of various factor in a globalized world. Site and situation are important factors that influences urban development.
- Site refers to the exact location of the urban setup while situation refers to the surrounding environmental features such as rivers, roads, landscapes, and other man-made structures such as inland waterways, dams etc.
- A urban setup's site and situation contribute to its growth and development. They are important factors that determine the prosperity of a city.
I don’t necessarily have enough time to do the essay for you, because I have my own work to do. However, I can tell you right now that the best option to go with would be option B. There are more relations here, and all of the movements for rights are similar in many ways. A few various components you could include in your response are as follows:
1. The women’s rights movements were similar to Black civil rights movements because both were put at the bottom of the barrel and had to fight their way up to equality through protests, movements, and sometimes revolts if provoked.
2. They also are similar because there is a resemblance in how they were both treated; they both were seen more as property and merchandise rather than humans. This was even confirmed by the Dred Scott Decision and the 3/5 Compromise.
3. There also is a connection because most of the women who fought for their rights WERE black. Because of this double-disadvantage, they had to fight twice as hard and they knew as much, if not more, than anyone else did about having to fight for equality.
These are a few points to help you. For now, I must go. I wish you the best!
Answer:
Solar flux that incident on it is given as
S = 160 W/m/m
Now we know that the area of solar panels is given as
A = 10 m^2
So total solar power received by solar panels is given as
Power Received = (Solar flux) \times (Area)PowerReceived=(Solarflux)×(Area)
P = S\times AP=S×A
now here we have
P = 160 \times 10P=160×10
P = 1600 WP=1600W
now we know that efficiency of the solar panels is 20%
so total output power will be
efficiency = \frac{P_{out}}{P_{in}}efficiency=
P
in
P
out
0.20 = \frac{P_{out}}{1600}0.20=
1600
P
out
P_{out} = 320 WP
out
=320W
Answer:
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