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3 years ago

1. which part of the Earth's surface receives more direct intense solar radiation?

1 answer:

5 0

The part of the Earth's surface which receives more direct intense solar radiation is the equator. Answer:A
The reason is that the solar radiation depends on the latitude. When the Sun's rays strike Earth's surface near the equator, the incoming solar radiation is more direct. At higher latitudes, the angle of solar radiation is smaller.

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What U.S. agricultural product is only produced in Hawai'? Sugar tea shrimp Rice Coffee

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Answer: sugar

Explanation: it is one of the most valuable crops they have there

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4 years ago

_____________ is a type of ocean pollution that is frequently caused by nutrient runoff from agriculture and from disposal of li

Shkiper50 [21]

Answer:

The right approach will be "Eutrophication".

Explanation:

The mechanism through which a reservoir, body of water, including stream is eutrophic, usually resulting from either the underlying and adjacent land's inorganic and organic overflow.
Steadily increasing plants, as well as algae production that follows eutrophication, decreases the water is probably concentration of dissolved oxygen and induces other species to die prematurely off.

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3 years ago

Give an example of a person in a colonized area becoming acculturated.

guapka [62]

Answer:
African Americans sold into slavery and taken to the southern US states.
The Australian Aborigines overrun by invading Brittish and adapting to white ways.
The 900 people who followed Jim Jones to Guyana and died.

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4 years ago

What does creation of metamorphic rocks have to do with plastic deformation?

pychu [463]

Plastic deformation occurs when pressure is applied to a substance and this results in a change of shape of the solid. This occurs to rocks when they undergo metamorphism by pressure. A metamorphic rock is formed by the transformation of preexisting solid rocks under the influence of temperature and pressure. Extreme pressure in metamorphism causes some rocks to be foliated or have a banded appearance. Granite undergoes metamorphism to form gniess.

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4 years ago

Read 2 more answers

Please answer this fast and here only

Vaselesa [24]

Answer:

1) a) $r_{R,I} = 1150\,m$ , b) $r_{R,II} = 3400\,m$ , c) $r_{R,III} = 2750\,m$ .

2) a) $r_{R,I} = 45,2\,km$ , b) $r_{R, II} = 28,15\,km$ , c) $r_{R,III} = 51,8\,km$ .

Explanation:

The scale factor is defined by the following expression:

$n = \frac{r_{S}}{r_{R}}$ (1)

Where:

$n$ - Scale factor.

$r_{S}$ - Scale distance, in centimetres.

$r_{R}$ - Real distance, in centimetres.

1) If we know that $n = \frac{1}{50000}$ , $r_{S,I} = 2,3\,cm$ , $r_{S,II} = 6,8\,cm$ and $r_{S,III} = 5,5\,cm$ , then the actual distances in metres are:

$r_{R,I} = \frac{r_{S,I}}{n}$

$r_{R,I} = \frac{2,3\,cm}{\frac{1}{50000} }$

$r_{R,I} = 115000\,cm$

$r_{R,I} = 1150\,m$

$r_{R,II} = \frac{r_{S,II}}{n}$

$r_{R,II} = \frac{6,8\,cm}{\frac{1}{50000} }$

$r_{R,II} = 340000\,cm$

$r_{R,II} = 3400\,m$

$r_{R, III} = \frac{r_{S, III}}{n}$

$r_{R,III} = \frac{5,5\,cm}{\frac{1}{50000} }$

$r_{R,III} = 275000\,cm$

$r_{R,III} = 2750\,m$

2) If we know that $n = \frac{1}{50000}$ , $r_{S, I} = 90,4\,cm$ , $r_{S, II} = 56,3\,cm$ and $r_{S,III} = 103,6\,cm$ , then the actual distance in kilometres is: