While location is about how to find something,_
is about_
A. place; availability of space
B. place, what it is like once you get there
O C. latitude; availability of space
D. space; room available

Answer:

True

Explanation:

When a line is dilated, only the size of the is dilated but the direction of the line is not altered.

So, when perpendicular lines are dilated, only their sizes are affected (either by shrinking or stretching), the angle between the lines is not affected.

So, perpendicular lines will remain perpendicular while non perpendicular lines will remain non perpendicular

Hence, the statement is true.

Answer:

X=9 and AB=37

Explanation:

3x+14=41

3x=27

X=9

———-

AB=3(9)

=27

Tectonic Plates are able to move because the Earth's lithosphere has greater mechanical strength than the underlying Asthenosphere.

Lateral density variations in the mantle result is n convection; that is the slow creeping motion of Earth's solid mantle.

Answer:

Hey!

Your answer is that the Lithosphere is more loosely connected to other plates...(more mechanically powerful is another phrase you can use)

The CONVETION CURRENTS (the movement of Magma which applies a force on it) which occur in the semi-solid upper mantle also contribute to the movement of the Techtonic Plate movement!

I HOPE THIS HELPED YOU!

Climate change will affect most aspects of our lives in Canada. Our economic, social and general well-being are all linked, both directly and indirectly, to climate. For example, climate influences the crops we grow, the productivity of our forests, the spread of disease, the availability of water, the health of ecosystems and the stability of our infrastructure. Changing climate brings many new challenges and, with them, the need to re-examine long-standing practices and assumptions.

Our climate is characterized by high variability, on both seasonal and annual scales. Although our economy, health and infrastructure are generally well adapted to current climate conditions, our vulnerability to climate is clearly evidenced by the impacts resulting from extreme weather and climate events. Losses from recent individual weather-related disasters in Canada are often in the hundreds of millions of dollars. Consider, for example, costs associated with the 2003 summer wildfires in British Columbia and Alberta ($400 million; Public Safety Canada, 2005), the 1991 and 1996 hailstorms in Calgary ($884 million and $305 million, respectively; Public Safety Canada, 2005), the 1997 Red River Flood ($817 million; Public Safety Canada, 2005) and 2003 Hurricane Juan in Halifax ($200 million). Multibillion dollar disasters also occur, including the 1998 ice storm in eastern Canada ($5.4 billion) and the Saguenay flood in 1996 ($1.7 billion; Public Safety Canada, 2005). The 2001 -2002 droughts, which were national in scale, resulted in a $5.8 billion reduction in gross domestic product (Wheaton et al., 2005). Extreme weather and climate events impact the health and well-being of Canadians beyond monetary costs, as they frequently involve displacement, injuries and loss of life. For example, the 1998 ice storm led to the greatest number of injuries (945) and 17 800 evacuations (Public Safety Canada, 2005). Unusually heavy rainfall following a period of drought was a contributing factor to the E. coli outbreak in Walkerton, Ontario in 2000 that resulted in seven deaths and thousands of people becoming ill (O 'Connor, 2002).

Increases in temperature and changes in precipitation have been observed across most of Canada over the past century. During the past 50 years (1948-2006; the period for which data are available for both northern and southern Canada), average national temperature has increased 1.3 °C (see Chapter 2; Environment Canada, 2006). This is more than double the increase in mean global surface temperature during the same time interval. Canada is projected to continue to experience greater rates of warming than most other regions of the world throughout the present century (see also Chapter 2; Environment Canada, 2006). The magnitude of changes in climate will vary across the country, with northern regions and the south-central Prairies warming the most (Figure 2). Average annual precipitation is also projected to rise, although increases in evaporation and transpiration by plants in some regions are expected to more than offset increases in annual precipitation, resulting in increased aridity. More frequent heavy precipitation events, less precipitation during the growing season and more precipitation during the winter are also projected for Canada

Answer:

A

Explanation:

Took the test

Each place experiences six months with an average precipitation of less than 0.4 inches. Thus, option A is the appropriate response.

Which climate can you expect in Manaus, Brazil?

The climate in Manaus is tropical monsoonal, with year-round high temperatures and heavy rains from October to June.

Manaus, a city on the banks of the Negro River in northwest Brazil, serves as the state capital of the vast Amazonas area. For the surrounding Amazon Rainforest, it provides as a crucial starting point.

Located in the heart of the Amazonas state, Manaus is an important port city and the Centre for research on the Amazon jungle.

Manaus experiences year-round high temperatures and torrential rains from October through June due to its tropical monsoon environment.

As a result, Option (A) is correct.

Learn more about Manaus, here:

brainly.com/question/6109132

#SPJ3

Which language did u use

Answer:

because Ultimately, the temperature in an area depends on the amount of the Sun's energy reaching the surface in that area. The amount of solar energy in a given area is greater at the equator than in an equal area at the poles, which is why the equator temperature is warmer than the polar temperatures.

The reason why the average temperature at the North Pole is cooler than the average temperature at the Equator is that the equator receives direct sunlight all year round.

Why are temperatures higher at the Equator?

The Equator is at the center of the Earth which means that it will receive sunlight for the entire year regardless of the earth's tilt. This means it will be hot all year around.

The North Pole on the other hand, will receive direct sunlight sometimes which means that the temperature will vary and its average temperature will be lower.

Find out more on the Earth's tilt at https://brainly.com/question/818630.

Answer:

Winter, Autumn and Summer

Explanation:

For most of the United States, the best time to start spring crops is probably now. But to get more exact planting recommendations based on your area, use a calendar to see when you planted them and when they will be done and what season. Summer. In the summertime, rain is scarce, so it's best to plant seeds that will thrive on long and hot summer days. Also, Autumn. Autumn can be one of the most beneficial seasons of the year to plant your seeds because it's not too hot or too cold, and rain is steady. And of cource Winter.

Answer:

Depends. I would say: Fall,Spring,summer

Explanation:

If you are planting strawberries then winter, if you are planting corn then you plant it during spring or fall.

Answer:

d

Explanation:

because its d