Geography College

what time will it be at 120⁰W ,if it is 11 am on tuesday at 0⁰ longitude​

Answers

Answer 1

If it is 11 am on Tuesday at 0⁰ longitude, subtracting 8 hours would give us 3 am on Tuesday at 120⁰W.

How to find the time

To determine the time at a specific longitude, we need to consider the concept of time zones and calculate the time difference based on the number of degrees of longitude.

Every 15 degrees of longitude corresponds to a time difference of 1 hour. Since there are 360 degrees of longitude in a full circle around the Earth, we can calculate the time difference between two longitudes using the following formula:

Time Difference = (Longitude Difference / 15) * Time Zone Conversion Factor

Longitude Difference = 120⁰W - 0⁰ = -120⁰

Time Zone Conversion Factor = 1 hour per 15 degrees of longitude

Time Difference = (-120 / 15) * 1 = -8 hours

Since the time at 0⁰ longitude is 11 am on Tuesday, to find the time at 120⁰W, we need to subtract 8 hours.

11 am - 8 hours = 3 am

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Related Questions

What are the characteristics of a stars?​

Answers

Answer:

Explanation:

Stars are celestial objects that shine brightly in the sky. They are characterized by their immense heat and light. Stars are made up of hot, glowing gases, primarily hydrogen and helium, and their energy is produced through nuclear fusion, where hydrogen atoms combine to form helium, releasing a tremendous amount of energy in the process.

Stars come in various sizes, from small ones called dwarf stars to massive ones known as giants or supergiants. They emit light and heat due to the intense temperatures at their cores. Stars play a crucial role in the universe, serving as the building blocks for galaxies and providing the energy needed for life to exist on planets.


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Within the framework of the Solow growth model, without technical progress:
a) Present and discuss the meaning of the fundamental equation of capital accumulation (3 points)
b) Present and explain the main conclusions of the model (2 points)​

Answers

The fundamental equation of capital accumulation in the Solow growth model states that the change in capital stock is determined by investment minus depreciation. The model concludes that in the long run, output and income per capita stabilize at a steady-state level.

a) The fundamental equation of capital accumulation in the Solow growth model is given by:

∆K = sY - (n + δ)K

Where:

∆K represents the change in capital stock,

s denotes the savings rate,

Y represents the output or income generated by the economy,

n represents the population growth rate,

δ represents the depreciation rate, and

K represents the capital stock.

This equation captures the process of capital accumulation in an economy. The left-hand side of the equation represents the change in the capital stock, which is influenced by two main factors: investment (sY) and depreciation ((n + δ)K).

Investment is determined by the savings rate (s) multiplied by the output or income generated by the economy (Y), indicating that a portion of income is saved and used for investment purposes.

Depreciation is determined by the sum of the population growth rate (n) and the capital depreciation rate (δ), representing the reduction in the capital stock due to wear and tear over time.

b) The main conclusions of the Solow growth model are as follows:

Steady-state equilibrium: The Solow model predicts the existence of a steady-state equilibrium where the economy reaches a balanced growth path. In this equilibrium, the capital stock per worker remains constant over time, and the economy grows at a constant rate equal to the exogenous technological progress rate (A). At the steady state, investment equals depreciation, and there is no further accumulation of capital.

Convergence: The Solow model suggests that countries with lower initial levels of capital per worker will experience higher growth rates and catch up with countries that have higher initial capital levels. This concept is known as conditional convergence. However, convergence is conditional on factors such as savings rates, population growth, and technological progress.

Overall, the Solow growth model highlights the importance of capital accumulation as a determinant of economic growth. It emphasizes that sustained economic growth can be achieved through investment in physical capital, savings, and technological progress.

However, it does not consider factors such as human capital, institutional factors, or technological advancements, which are important in real-world economic growth.

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As the price increases, the __ will increase?

O demand
O supply
O quantity demanded
O quantity supplied

Answers

As the price increases, the quantity supplied will increase.

What is quantity supplied?

The law of supply describes the link between price and amount delivered. Price and amount supplied have a favourable connection, as stated by the law of supply. Suppliers are often eager to provide more of a good or service when the price of it rises.

In general the profit incentive, production cost concerns and opportunity cost of substitute goods all push providers to increase the amount offered as the price of a good or service rises. In economics, the upward-sloping supply curve is based on this connection.

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In 30 words or fewer, explain what benefits these colonies might
provide Europe beyond those mentioned above.

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Colonies provided Europe with strategic military bases, scientific and cultural knowledge, and opportunities for settlement and migration, enriching European societies and expanding their global reach.

European colonies historically offered various advantages to their mother countries. In addition to the benefits previously mentioned, such as access to resources, markets, and wealth accumulation, colonies provided Europe with several other advantages.

Firstly, colonies acted as strategic bases for military and naval operations.

They provided a foothold in different regions of the world, enabling European powers to expand their influence, protect trade routes, and project their military power globally.

Secondly, colonies served as sources of scientific and cultural knowledge.

European explorers and researchers studied the flora, fauna, and indigenous societies of the colonies, contributing to advancements in fields such as botany, zoology, anthropology, and linguistics.These discoveries enriched European understanding of the world and paved the way for further scientific developments.

Lastly, colonies also offered opportunities for settlement and migration.

Europeans emigrated to colonies, seeking new land, economic prospects, and escape from overcrowded conditions in Europe. This migration facilitated demographic changes, fostered cultural exchange, and contributed to the development of multicultural societies in both the colonies and Europe itself.

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what is lowlands and with diagram ​

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Lowland refers to areas of relatively low elevation compared to surrounding regions, characterized by flat or gently rolling terrain and favorable conditions for agriculture.

Lowland refers to a geographical term used to describe areas of relatively low elevation compared to the surrounding regions. Lowlands are characterized by their lower altitude, typically located closer to sea level or below the surrounding highlands or uplands. They are often characterized by flat or gently rolling terrain, with fewer steep slopes or significant changes in elevation. Lowlands are commonly found in coastal areas, river valleys, and plains, and they often offer fertile soils and favorable conditions for agriculture. These regions may also be subject to the influence of water bodies such as rivers, lakes, or seas, contributing to their distinct ecological and environmental characteristics.

In conclusion, lowlands are geographical areas characterized by relatively low elevation, typically found closer to sea level or below surrounding highlands or uplands. They are characterized by flat or gently rolling terrain, favorable conditions for agriculture, and may be influenced by water bodies such as rivers or lakes.

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migration begins at the area called​

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Migration begins at the area called the point of origin.

What is the starting point for migration?

The point of origin is the initial location from where a migratory journey begins. It serves as the starting point for individuals or groups of organisms as they embark on their seasonal or long-distance movements. This area is typically characterized by favorable conditions, such as abundant resources or suitable breeding grounds that trigger the need for migration.

It acts as a launching pad for migratory routes and plays a crucial role in determining the direction and timing of the migration. The point of origin can vary on species or context, ranging from specific breeding sites for birds to specific regions for human migration patterns.

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how geomorphic landforms affect distribution of vegetation​

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Morphic landforms significantly impact the distribution of vegetation. They create varied habitats influencing the types and patterns of vegetation found in different regions.

How do geomorphic landforms influence the distribution of vegetation?

Geomorphological features such as mountains, valleys, plateaus, and rivers, play a crucial role in shaping the distribution of vegetation. These landforms determine the availability of sunlight, water, and nutrients, as well as influencing factors like temperature and wind patterns.

For instance, mountains can create distinct microclimates on their slopes, resulting in varying vegetation zones at different elevations. Valleys and river basins often provide fertile soils and ample water, promoting the growth of diverse vegetation. Plateaus may have different levels of moisture and temperature, leading to the development of specific plant communities.

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