Today we are going to investigate some special types of
parallelograms.
ABCD is a RHOMBUS.
Drag the vertices. Make some observations.
B (drag)
What do you notice? What makes a rhombus
"special"?
A (drag)
C (drag)
D (drag)
Submit
Construct Transform
A

Answer:

Children see a vast variety of physical benefits through playground play: Improved flexibility and balance. Development of overall motor skills, dexterity and hand-eye coordination. Opportunities to learn how to control their movement

Answer:

its a) trees and forests and b) aquatic biodiversity

Answer:

I'm assuming you have to do the same thing for all three models given

1st model

Fraction: [tex]\frac{4}{25}[/tex]

Decimal: 0.16

Percent: 16%

2nd model

Fraction: [tex]\frac{2}{3}[/tex]

Decimal: 0.666

Percent: 66.666%

3rd model

Fraction: [tex]\frac{2}{5}[/tex]

Decimal: 0.40

Percent: 40%

The point at which the trade winds converge forces the air up into the atmosphere, forming the ITCZ. ... The ITCZ follows the sun in that the position varies seasonally. It moves north in the Northern Hemisphere summer and south in the Northern Hemisphere winter.

Or

Paleoclimate studies (e.g., Peterson et al. 2000, Haug et al. 2001) and a series of modeling studies starting with Vellinga and Wood (2002), Chiang and Bitz (2005) and Broccoli et al. (2006) have revealed one important driver of ITCZ shifts: differential heating or cooling of the hemispheres shifts the ITCZ toward the differentially warming hemisphere. So when the northern hemisphere warms, for example, because northern ice cover and with it the polar albedo are reduced, the ITCZ shifts northward. This can be rationalized as follows: When the atmosphere receives additional energy in the northern hemisphere, it attempts to rectify this imbalance by transporting energy across the equator from the north to the south. Most atmospheric energy transport near the equator is accomplished by the Hadley circulation, the mean tropical overturning circulation. The ITCZ lies at the foot of the ascending branch of the Hadley circulation, and the circulation transports energy in the direction of its upper branch, because energy (or, more precisely, moist static energy) usually increases with height in the atmosphere. Southward energy transport across the equator then requires an ITCZ north of the equator, so the upper branch of the Hadley circulation can cross the equator going from the north to the south.

Answer:

X+2=7

-2 from both sides

X=5

Answer:

5

Explanation:

x+2=7

isolate x by subtracting 2 on both sides

x+2-2=7-2

x=5

insert 5 into the equation to double check

5+2=7

7=7

Answer: Freed as slaves, most African Americans remained in the rural South during the late nineteenth century, working as sharecroppers

Mechanization of agriculture served as a push factor, while manufacturing jobs in the north acted as a pull factor that encouraged African Americans to migrate to the northern cities.

Explanation:

Answer:

TRopical wet

Explanation:

bro go look up were south asia is then you will get it right

Answer: It's very tropical,wet, and humid

Explanation: Look at the map most of southern Asia is Tropical wet.

Answer:

1. western Australia. {c}

2.South Africa. {a}

3.Vietnam. {d}

4.adults. {b}

5.943.{c}

Explanation:

hope it is helpful.

Answer:

0

Explanation:

Answer:

200m

Explanation:

The contour interval on this map is 50m, which means each line moving in from the outer lines to the center increases by 50m in elevation. Line "A" can be discerned to be at an elevation of 650m based on its location from 550m. Line B is at 850m compared to the 800m line. This is a change of 200m (850-650 = 200).

Answer:

great than

Explanation:

it's a symbol used to show that it's bigger than something

Answer:

clouds have an important effect on Earth's temperature. But it's a bit complicated: Clouds can both cool down and warm up the temperatures on Earth. Clouds can block light and heat from the Sun, making Earth's temperature cooler.

Explanation:

Hope It Help

Answer:

South of a line connecting the course of the Sénégal River, the Niger River, and the southern two-thirds of Nigeria, Niger-Congo languages are spoken. Along the middle course of the Niger River and around Lake Chad, Nilo-Saharan languages related to those of peoples farther east predominate. These peoples are divided into a very complex ethnic mosaic but may often be conveniently classified by their individual languages.

Explanation:

Answer:

by studying how to meet the needs of most community members

Explanation:

The traditional economy determines how to use the profits from a good harvest by studying how to meet the needs of most community members. Thus, option C is the correct option.

A traditional economy is a framework that is based on traditions, the past, and long-held beliefs. Economic choices like production and distribution are influenced by tradition. Traditional economies rely on farming, fishing, hunting, gathering, or some mix of these activities. Economic decisions in traditional economies are based on cultural values and beliefs. Fishing, hunting, and farming are the mainstays of this economy.

Many conventional economies have developed into mixed economies, which combine aspects of capitalism, socialism, or communism. Other economies that consume a lot of natural resources might have a detrimental impact on traditional economies. The majority of traditional economies are found in developing nations and emerging markets. They are frequently found in South America, Asia, and Africa. Moreover, traditional economies may be found in isolated regions of emerging nations all over the world.

Learn more about the traditional economy here:

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Cevap anahtarından bak

Answer:

8.48 hours

Explanation:

Given that:

120 miles = 2.4 hours

Speed = distance / time

Speed = 120 miles / 2.4 hours

Speed = 50 miles per hour

Time taken to drive 424 miles

Using the relation :

Time taken = distance / speed

Time taken = 424 miles / 50

Time taken = 8.48 hours

geothermal energy

Explanation:

is heat that is generated within the earth

Answer: political stability

Explanation:took the test and got it right

Answer:

Short term responses are important as they are the first line of assistance to the affected victims of the earthquake. Long term responses are equally important as they ensure the survivors are able to integrate back to their normal life after the earthquake

Long-term responses to a tectonic hazard are more important than immediate Long-term and immediate responses are both critical in mitigating the effects of a tectonic hazard. Long-term responses are those that continue for months or years after a disaster.

Plate tectonics has resulted in the movement of entire continents over millions of years. The presence of similar fossils on continents that are now widely separated indicates that continents have moved over geological time.

Long-term responses can last months or even years after a disaster. It entails rebuilding destroyed homes, schools, and hospitals, among other things. It also entails taking steps to strengthen the local economy. Responses differ depending on the stage of development of the country.

Learn more about tectonic hazards here:

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The transformation that resulted in image A’B’C’D’E’ would be A( x, y) → ( x - 3, y - 1).

You weren't very specific with your question which is probably why no one answered prior.

I'm just going to assume when you put Alx, y) (x-3, y 1), you meant A( x, y) → (x - 3, y - 1).

In the future, take the time to put in the image if there is one, and if there are choices, type them in so people can understand it easily.

And just so you know, this is geometry, not geography.

Have a great day. ^-^

Answer:

B

Explanation:

even though I don't really understand whats going on

Answer:

It is possible.

Explanation:

There is still enough air-pressure inside Mark Watney's suit even though it was compromised because of the presence of huge amount of air in the suit of Mark Watney. When he tear his suit in order to move upward to reach his crew member, the suit lost some amount of air but not all the air is lost so we can say that there is still enough air pressure present inside Mark Watney's suit.

Ridley Scott's science fiction film The Martian, starring Matt Damon, was released in 2015. Drew Goddard developed the screenplay from Andy Weir's novel The Martian, which was published in 2011.

Even though it was compromised due to the existence of a large amount of air in Mark Watney's suit, there is still enough air pressure within. When he tore his suit in attempt to reach his crew member, some air was lost, but not al of it, therefore we can claim that Mark Watney's suit still has enough air pressure.

To know more about air-pressure, refer to the link:

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Answer:

4.38293*10^3

Explanation:

4382.93=4.38293*10^3