What is ecological surplus? Ecological deficit? How does this relate to environmental footprints?

1 answer:

6 0

<span>Ecological surplus is when a country has more natural resources than it needs. Ecological deficit is when a country has less than it needs. How much of it's resources a country uses is it's environmental footprint, which determines whether it's an ecological surplus or deficit.</span>

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2. Which of the following is an example of a cultural landscape?

Ksenya-84 [330]

E. adobe ruins because the adobe is a native american tribe. a cultural landscape is an area of geographic land that has cultural impact. the other answers are simply environments.

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3 years ago

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An electronic cover letter should be _____. a. colorful and flashy b. simple and basic c. long and boring d. messy and brief

Rom4ik [11]

Answer:

b. Simple and basic

Explanation:

Electronic cover letters are just the soft copy of the traditional handwritten cover letters. Mostly cover letters are scanned through equipment before it reaches a hiring manager. Hence it is important to make sure that the equipment has no ambiguity in processing the information provided in the cover letter. Having too much formatting and making it colorful and flashy will leave the scanning equipment confused.

Hence the electronic cover letter should be simple and basic.

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3 years ago

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Which of the following could be synonym for the world externality

mina [271]

Synonyms for the word externality could be: face, area, level, side, skin, top, etc.

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A ball is thrown at the ground from the top of a tall building. The speed of the ball in meters per second is v(t)=9.8t+v0, were

EleoNora [17]

Answer:

$V_0=2.7m/s$

Explanation:

The speed of the ball in meters per second is

$V(t)=9.8t+V_0$

Where t denotes the number of seconds since the ball has been thrown and $V_0$ is the initial speed of the ball. Then:

$V(2)=9.8(2)+V_0\\\\V(2)=19.6+V_0$

If the ball travels 25 meters during the first 2 seconds after it is thrown, what was the initial speed of the ball

Also, for constant acceleration motion, the average velocity is equal to the sum of final and initial velocities divided by 2 and to the distance divided by the time:

$\dfrac{V(t)+V_0}{2}=\dfrac{d}{t}$