In order to calculate the SAA, it is help to start by calculating the zenith angle which is the angle between the Sun and the point directly overhead at solar noon. To determine the zenith angle, subtract the solar declination from the location latitude. If either the declination or location is in the Southern Hemisphere, assign it a negative value. Always report the absolute value of the calculated zenith angle (no negative zenith angles).

Zenith angle = (Location latitude) – (Solar declination)

Lastly, in order to calculate the SAA, simple subtract the zenith angle from 90°. Remember that the SAA is an angle, so do not label the SAA with North or South.

Example:

Las Vegas, Nevada (36°N) on December 21 (23.5°S solar declination)

Zenith angle = 36° - (-23.5°)

Zenith angle = 36° + 23.5°

Zenith angle = 59.5°

SAA = 90° - 59.5°

SAA = 30.5°

Q13. Calculate the zenith angles and solar altitude angles for the following locations at the specified dates. Recall the dates of the solstices and equinoxes in order to determine the solar declination for each of the dates listed. Replace the question marks with the related answers.

Answer:

While the National Capital Region area of Delhi possesses the highest of the population density 2011 among the states of India having a statistics of 11,297 per square kilometre, the state of Arunachal Pradesh has the lowest record of population density having just 17 per square kilometre.

Explanation:

Answer:

i cant see the options for the answer

Explanation:

I dont know what caused them bc the options aren't shown

Answer:

larger populations? i can't see the answers g

Explanation:

Explanation:

HOPE IT HELPS

THANK YOU

Answer:

22:19

Explanation:

Given parameters:

   Number of games = 82

   Number of wins = 44 games

Unknown:

The ratio of wins to losses = ?

Solution:

The ratio of wins to losses;

            Number of wins :  Number of losses

Number of losses  = Number of games - Number of wins = 82 - 44 = 38

 The ratio is;

                      44 : 38

  or

                      22:19

Answer:

Geomorphology is the study of landforms, their processes, form and sediments at the surface of the Earth (and sometimes on other planets). Study includes looking at landscapes to work out how the earth surface processes, such as air, water and ice, can mould the landscape.

Explanation:

:)

Answer: B

Explanation:

The area of this prism is base x height , which is 49 * something. The volume must be divisible by 49, so the answer is B

Answer:

B

Explanation:

Just multiply 7 by 7 by 7 or 7 to the 3rd power and you get 343

Answer:

Georgia receives more rain than Arizona.

Answer:

D:Georgia receives more rain than Arizona.

Explanation:

Answer:

its numerous lakes and swamps caused by the disarranged and immature drainage pattern, together with its thin soils and coniferous forests, the Finnish plain is similar in character and appearance to northern and eastern Canada, another heavily glaciated Precambrian Shield area.

Explanation:

Answer:

C.

Explanation:

Complete question:

The average of two number is 55. If 2 is subtracted from the greater number, the ratio between the numbers become 1:2 . The smaller number is

Answer:

The smaller number is 36

Explanation:

let the smaller number = x

let the greater number = y

\(\frac{x + y}{2} = 55\\\\\)

x + y = 110

y = 110 - x --------- equation (i)

\(\frac{x}{y-2} = \frac{1}{2}\\\\ y-2 = 2x\\\\y = 2x + 2 ------equation(ii)\)

Substitute y in equation (ii)

110 - x = 2x + 2

110 - 2 = 2x + x

108 = 3x

x = 108 / 3

x = 36

Therefore, the smaller number is 36

Answer: B. temporarily or permanently suspended in the flow

Explanation:

Suspended load refers to the sediments in a flowing waterbody that do not settle to the bottom but rather continually move with the motion of the water. They are therefore temporarily or permanently suspended in the flow.

They are usually made up of light and fine particles which can easily be moved such as silt and fine sands.

Answer:

In general, increases in population density equate to problems for a country. Urban areas with a high arithmetic density have an increased need for food, infrastructure, and health/human services.

Explanation:

a book

Explanation:

Choropleth maps show us how much geographic area is affected. On some maps, this means that large regions where only a few people take up a lot of space on the screen. Population cartograms, on the other hand, drive more attention to populated areas.

Answer:

Chloropleth map shows us how much geographic area is affected.On some maps,this means large regions where only a few people take up a lot of space on the screen. Population cartograms,onthe other hand,drive more attention to populated areas.

The answers are:

The Tropical Maritime Climate is found within 23 1/2 degrees north and south of the equator. This region typically experiences high temperatures, high humidity, and abundant rainfall throughout the year. The area is known for its dense vegetation, including tropical rainforests, seasonal forests, dry evergreen woodlands, and montane forests.

Many countries and regions are located within the Tropical Maritime Climate, including South America and the East Indies, Central America and the Caribbean, and Indonesia and Guinea Coast.

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Answer:

But because the Earth rotates, circulating air is deflected. Instead of circulating in a straight pattern, the air deflects toward the right in the Northern Hemisphere and toward the left in the Southern Hemisphere, resulting in curved paths. This deflection is called the Coriolis effect.

Explanation:

Answer:

Currents to bend to the right — clockwise — in the Northern Hemisphere

Explanation:

The drainage basin and catchment area have significant effects on people via water supply, flood control, provision of ecosystem services, and land use planning considerations.

The drainage basin and catchment area, which refer to the geographical region where water drains into a specific water body, have several effects on people.

Water supply: The drainage basin and catchment area play a crucial role in providing a source of water for human use. Rivers and streams within these areas serve as freshwater sources for drinking, irrigation, and industrial purposes. People living within or near these regions depend on the water resources for their daily needs.

Flood control: The topography and land characteristics of a drainage basin affect the potential for flooding. The shape and slope of the catchment area determine how quickly water drains, which can either mitigate or exacerbate flooding risks. Communities residing in these areas need to consider flood control measures and infrastructure to protect lives and property.

Ecosystem services: Drainage basins and catchment areas support diverse ecosystems, including forests, wetlands, and wildlife habitats. These ecosystems provide essential services like water filtration, carbon sequestration, and recreational opportunities. People benefit from these services, such as clean drinking water, climate regulation, and recreational activities like fishing, hiking, and wildlife observation.

Land use planning: Understanding the boundaries of a drainage basin and catchment area helps in land use planning and resource management. It allows policymakers and communities to make informed decisions regarding land development, agriculture, and conservation practices. Proper land use planning in these areas can contribute to sustainable development and minimize negative impacts on the environment and human well-being.

In summary, the drainage basin and catchment area have direct effects on people through water supply, flood control, provision of ecosystem services, and land use planning considerations. Recognizing and managing these effects are crucial for sustainable water resource management and the well-being of communities.

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Answer:

A: bolide

Explanation:

Answer: The answer is a  mixture of minerals. Thus, option B is the correct answer.

Explanation: Rocks are naturally occurring substances that are aggregates of minerals. It is a solid mass and its mineral composition gives it a distinct quality. They are mostly inorganic in nature however, they can be organic at times. For example, a semi-decomposed plant that has turned into coal.  The mineral composition of rocks is not fixed. It can either be made of a single mineral or it can be made of a combination of different minerals. Rocks are further classified as igneous, metamorphic, and sedimentary rock on the basis of their origin.

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A mixture of minerals is the phrase that best describes a rock. Rocks are aggregates of minerals that are produced naturally. Thus, option B is correct.

Rock is a solid mass with a unique character due to its mineral makeup. They are mostly inorganic in nature, but occasionally they can be. For instance, a plant that has partially decomposed and becomes coal.  Rocks' mineral makeup can change over time. It can either be created from a single mineral or from a variety of minerals together.

Depending on where they came from, rocks are further divided into igneous, metamorphic, and sedimentary categories. Mineral grains mixed in diverse ways and with varying qualities make up the rocks. Minerals are chemical substances that exist in nature and have atoms organized in three dimensions. Therefore, due to their composition rocks are compared to minerals.

Therefore, option B is the ideal selection.

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Answer:

To understand higher concepts effectively, it is crucial to comprehend the fundamental makeup of the globe. 

Additionally, the internal structure of the earth is a factor in the origin of a number of events, including earthquakes, volcanoes, tsunamis, and others.

Answer:

Plastic can end up in the ocean

Explanation:

Ocean with plastic = fish die and biomes die too

Answer:

A. Continental plate

Explanation:

A continental plate is where most volcanoes are and it is the layer that humans live on

Answer:

6.48

Explanation:

I took it on edge

Answer:

True...

Explanation:

The answer to this is true because the gravity pulls the water down to the core while the sun may lift it up to do something like evaporating. Happy Learning!!!

Answer:

The country is Chile, which means the continent would be South America.

Explanation:

With the aid of diagram (source given below) that is attached, the formation of spring are:

(i) As a result of permeable and impermeable rock strata

(ii) Spring formed as a result of a d/y/ke or s/il/l intrusion:

(i) In terms of permeable and impermeable rock strata:

(ii) In terms of Spring formed as a result of a dy//ke or sill intrusion:

Image sources:  https://www.waeconline.org.ng/e-learning/Geography/geo327aq8.html

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Springs follow Hooke's Law - they exert a restoring force against deformation and convert kinetic energy to potential energy and vice versa in this process. This ability allows them to return to their equilibrium state after being deformed.

A spring is formed by a specific atomic structure that restores its shape when deformed, this being a phenomenon driven by Hooke's Law. When you apply force to a spring, to stretch or compress it, you change its structure and its internal energy. This internal energy is often described as potential energy, while the energy involved in the spring's movement is the kinetic energy.

When you stretch or compress a spring, it exerts a restoring force that works to bring it back to its equilibrium state, and this process involves the conversion of kinetic energy to potential energy and vice versa. In relation to the spring's displacement from its equilibrium state, a term often used in physics, the force exerted by the spring can be calculated using Hooke's law, Fx = −kx.

Also, the spring's potential energy can be calculated using the formula U = kx². This conservation of energy principle allows the energy system involving the spring to remain constant even as the spring oscillates back and forth. The whole process is integrally relevant to understanding how springs work and how energy is conserved in a system involving springs.

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Answer:

c. air mas hopefully this help