i) The application of Mg (Magnesium) and Ti (Titanium) alloyed powders can be used in various fields, including aerospace, automotive, and biomedical industries.
Magnesium alloys are known for their low density, high strength, and good corrosion resistance. They are commonly used in the aerospace and automotive industries to reduce the weight of components and improve fuel efficiency.Titanium alloys are known for their excellent strength-to-weight ratio, high corrosion resistance, and biocompatibility. They are commonly used in the aerospace industry, medical implants, and sporting goods.
ii) Mechanical alloying is a powder production method that involves the repeated welding, fracturing, and rewelding of powder particles in a high-energy ball mill. It is a solid-state process and is used to produce alloys and composite powders.Conventional methods of powder production include: Atomization: In this method, a molten metal is sprayed through a nozzle to form small droplets that solidify into powder particles. Atomization can be done using different techniques such as gas atomization, water atomization, or centrifugal atomization. This method is commonly used for producing metallic powders. Reduction: In this method, a metal oxide or salt is reduced to a metal powder using a reducing agent such as hydrogen or carbon. This method is commonly used for producing powders of metals like iron, copper, and nickel.
Both mechanical alloying and conventional methods have their own advantages and limitations. Mechanical alloying allows for the production of alloys and composite powders with controlled compositions and fine microstructures. Conventional methods, on the other hand, can produce powders in larger quantities and are often more cost-effective.
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Which of these Moons rises in the West as seen from its primary planet? a. Earth's Moon b. Europa c. Phobos d. Ganymede e. Deimos
Moons rises in the West as seen from its primary planet is d. Ganymede.
GanymedeGanymede, a moon of Jupiter, possesses a unique characteristic among the moons in our solar system. It is the sole moon that appears to rise in the west when observed from its parent planet.
This peculiarity is a consequence of Ganymede's orbital motion and the rotational dynamics between Jupiter and the moon. While most moons rise in the east due to their prograde orbits, Ganymede's opposite motion causes it to rise in the west.
This intriguing phenomenon sets Ganymede apart and adds to the allure and scientific interest surrounding this largest moon in our solar system.
Therefore, the correct answer is d. Ganymede
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What is a natural disaster? list of 58 main natural disasters Nepal has been prepared
A natural disaster is a natural event that bring damage to life and properties and some examples are hurricane, earthquake etc.
What is a natural disaster?A natural disaster is a catastrophic event that occurs as a result of natural processes and causes widespread damage and destruction to property, infrastructure, and human life. Some common examples of natural disasters include earthquakes, hurricanes, floods, droughts, wildfires, landslides, and tsunamis.
Some of the main natural disasters that has happened around Nepal region are;
1934 Nepal-Bihar earthquake
1988 Nepal-Bihar earthquake
2015 Nepal earthquake
2015 Kali Gandaki landslide
2014 Bheri River flood
2013 Panchthar landslide
2012 Sindhupalchowk flood
2008 Koshi River flood
2006 Jajarkot landslide
2003 Jumla flood
2002 Rapti River flood
2002 Seti River flood
2001 Nepal-Bihar earthquake
1998 Sindhupalchowk earthquake
1993 Nepal earthquake
1991 Nepal earthquake
1988 Dhaulagiri avalanche
1986 Nepal earthquake
1981 Nepal earthquake
1979 Nepal earthquake
1978 Arun River flood
1974 Nepal earthquake
1971 Nepal-Bihar earthquake
1966 Nepal-Bihar earthquake
1964 Nepal-Bihar earthquake
1958 Nepal earthquake
1957 Nepal earthquake
1956 Nepal earthquake
1949 Nepal earthquake
1947 Nepal earthquake
1946 Nepal earthquake
1945 Nepal earthquake
1944 Nepal earthquake
1943 Nepal earthquake
1942 Nepal earthquake
1941 Nepal earthquake
1939 Nepal earthquake
1938 Nepal earthquake
1937 Nepal earthquake
1936 Nepal earthquake
1935 Nepal earthquake
1934 Nepal earthquake
1933 Nepal earthquake
1932 Nepal earthquake
1931 Nepal earthquake
1930 Nepal earthquake
1929 Nepal earthquake
1928 Nepal earthquake
1927 Nepal earthquake
1926 Nepal earthquake
1925 Nepal earthquake
1924 Nepal earthquake
1923 Nepal earthquake
1922 Nepal earthquake
1921 Nepal earthquake
1920 Nepal earthquake
1919 Nepal earthquake
1918 Nepal earthquake
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During the monsoon what is the differences between Life in the City and Country-life (Life in Villages) (5-6 lines)
The monsoon season affects life in both the city and the country differently. The following are the differences between city life and country life during the monsoon season:
City Life: During the monsoon season, the streets of the city are frequently waterlogged. As a result, it becomes difficult for people to go about their daily routine. Traffic congestion becomes a daily issue as well. Due to excessive rainfall, there is also a risk of flash flooding, which can cause accidents and damage to property.
The chances of getting ill are also high due to the presence of stagnant water. Country Life: The monsoon season is essential for farmers in rural areas. They plant their crops during this time, and the heavy rain helps them grow. However, the heavy rainfall also leads to waterlogging, making it difficult for people to navigate around.
As a result, people in rural areas are often stuck indoors during the monsoon season. However, villagers are generally more equipped to handle the monsoon season since they have been dealing with it for generations. The countryside is also filled with lush greenery during the monsoon season, making it a picturesque view to look at.
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which temperature most likely corresponds to the asthenosphere
Answer:
The lithosphere-asthenosphere boundary
Explanation:
because is conventionally taken at the 1300 °C isotherm. Below this temperature (closer to the surface) the mantle behaves rigidly; above this temperature (deeper below the surface) it acts in a ductile fashion.
What do you understand by the term distinctive landscape?
Answer:
A landscape that is easy to remember
Explanation:
15. which global wind pattern did explorers use to travel
to the new world?
a. polar northeasterlies
b. prevailing northwesterlies
c. prevailing northeasterlies
d. polar southeasterlies
The correct option is b, the prevailing northwesterly global wind pattern explorers used to travel to the new world.
Explorers used the prevailing northwesterly to travel to the New World. These winds blow from the northwest to the southeast and are part of the westerlies, a belt of winds that blow between 30 and 60 degrees latitude in both the Northern and Southern Hemispheres.
The westerlies result from the high-pressure systems in the Horse Latitudes, which are regions of the Earth's surface where the air is relatively dry and calm, and the low-pressure systems near the poles, which are characterized by stormy and windy conditions.
The westerlies are essential because they provide a reliable wind pattern that can be used to sail across the Atlantic Ocean.
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what is the percentage of the west coast compared to canada
Answer:
80%
Explanation:
The majority of Canada's population is concentrated in the areas close to the Canada–US border. Its four largest provinces by area (Ontario, Quebec, British Columbia, and Alberta) are also its most populous; together they account for 86.5% of the country's population.
a planet of mass m and radius r has no atmosphere. the escape velocity as its surface
The escape velocity at the surface of the planet can be calculated as Escape Velocity = √(2GM/r)
A planet is a celestial body that orbits around a star, typically composed of rock, gas, or a combination of both. It is one of the fundamental components of a solar system. Planets are held in place by gravitational forces and follow elliptical paths around their parent star. They are characterized by their spherical shape, achieved through self-gravity, and are generally larger than asteroids or comets.
Planets can be classified into two main types: terrestrial planets, which are small and rocky like Earth, and gas giants, which are much larger and predominantly composed of gases like Jupiter and Saturn. Some planets may have moons orbiting around them, adding to their satellite systems.
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What is the name of the glacier located in tajikistan?.
Answer:
The Fedchenko glacier
Explanation:
The Fedchenko glacier is a large glacier in the Pamirs in central Tajikistan. The glacier is long and narrow, currently 77km long and covering over 700sqkm. It is the longest glacier in the world outside of the polar regions.
In class, we discussed temporal patterns in four greenhouses gases, carbon dioxide, methane, nitrous oxide, and chlrroflurocarbons. Of the greenhouse gases, only cfcs are no longer increasing in the atmosphere, having plateauted in the 1990s. Why do cfcs follow a different temporal pattern than the other greenhouse gases?
a. Because technological advances allowed CFCs to be removed from the atmosphere and no such technology exists for other greenhouse gases.
b. Because a large proportion of CFCs emitted into the atmosphere are absorbed into the ocean, while other greenhouse gases are not absorbed into the ocean.
c. Because CFCs naturally break down in the atmosphere very quickly, while the other greenhouse gases remain in the atmosphere for decades.
d. Because an international agreement, the Montreal Protocol, effectively limited CFC emissions.
The temporal pattern of CFCs differs from other greenhouse gases due to the impact of the Montreal Protocol on CFC emissions.
Among the four greenhouse gases, carbon dioxide, methane, nitrous oxide, and chlorofluorocarbons (CFCs), only CFCs are no longer increasing in the atmosphere.
This is because an international agreement, the Montreal Protocol, effectively limited CFC emissions.
Why do cfcs follow a different temporal pattern than the other greenhouse gases?
Hence, of the greenhouse gases, only CFCs are no longer increasing in the atmosphere, having plateaued in the 1990s.
The temporal patterns of the other greenhouse gases are not influenced by such international agreements.
CFCs were once widely used in refrigeration, air conditioning, solvents, and aerosol sprays. CFCs were determined to be responsible for ozone depletion in the atmosphere.
Hence, an international agreement, the Montreal Protocol, was signed in 1987, which aimed to phase out CFC production and use.
It was successful in reducing CFC emissions and effectively limiting their concentration in the atmosphere.
Thus, the temporal pattern of CFCs differs from other greenhouse gases due to the impact of the Montreal Protocol on CFC emissions.
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Which characteristic is directly related to a planet's average distance from the sun?.
Which of the weather conditions is most dangerous in terms of heat exposure (i.e., greatest apparent temperature)?A. windy with high humidityB. windy with low humidityC. calm air with high humidityD. calm air with low humdity
The weather condition that is most dangerous in terms of heat exposure is calm air with high humidity. This is because high humidity makes it harder for sweat to evaporate from the skin, which is the body's natural cooling mechanism. Option C.
When sweat does not evaporate, it means that the body cannot regulate its internal temperature, leading to heat exhaustion or even heatstroke.
Windy conditions, whether with high or low humidity, can help evaporate sweat faster, allowing the body to cool down more efficiently. However, it is important to note that extremely windy conditions can also lead to dehydration and further exacerbate heat-related illnesses.
Therefore, it is crucial to take necessary precautions such as staying hydrated, wearing light and breathable clothing, and avoiding prolonged exposure to the sun during hot and humid weather conditions.
Additionally, it is important to pay attention to any signs of heat exhaustion or heatstroke, such as dizziness, nausea, headache, or a rapid heartbeat, and seek medical attention if necessary.
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the zone where accumulation balances ablation is known as the
The zone where accumulation balances ablation is known as the equilibrium line.
The equilibrium line is an imaginary line in a glacier or ice sheet where the net annual balance of the ice is zero. It separates the accumulation zone from the ablation zone. The area above the equilibrium line receives more snow than it loses due to melting, while the area below the equilibrium line loses more ice due to melting than it gains from snow accumulation. The equilibrium line is also known as the "firn line" or the "nival line."
The equilibrium line is the line that separates the areas of accumulation and ablation. Temperature, precipitation, and the surrounding landscape all play a role in determining the equilibrium line's elevation. The equilibrium line and the glacier margin would not change if the climate remained the same.
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If locals from commuter towns are forced to move away due to rising house prices and associated
costs, this is called being p o. What phrase is missing from the sentence?
The missing phrase is "priced out". So, the complete sentence would be: "If locals from commuter towns are forced to move away due to rising house prices and associated costs, this is called being priced out."
What do you mean by "pricing out"?
"Pricing out" refers to the situation where rising housing prices and associated costs make it unaffordable for certain groups of people to live in a particular area. This often occurs in desirable, high-demand areas such as popular cities or commuter towns, where the cost of living is high. As a result, long-time residents or low-income individuals may be forced to move away, as they are unable to keep up with the rising costs of living in the area. This can have significant social and economic impacts, as it can lead to the displacement of communities and the erosion of cultural diversity.
Hence, the answer is "priced out"
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the production of larger lenticels and adventitious roots are responses of plants to flooding
please help me answer the question in the picture
Answer:
all some
Explanation:
also the plures
If the formula for the area of a polygon is 1/2 (perimeter)(apothem), the area of the hexagon is ___ 3 square units
Answer:
The correct answer would be - 3ab.
Explanation:
Given:
area of polygon = 1/2 (perimeter)(apothem)
let assume the length of a side of the hexagon = x
The length of the apothem = a
Formula used:
the perimeter of polygon = number of sides*length of the side
for hexagon = 6*x .....1
Solution:
As the formula for the area of a polygon is given, and the hexagon is a polygon as it has six sides then the area then,
Area of hexagon = (1/2)* (6x) (a)
= 6ax/2
= 3ax
put the value of a and x and get the numeric value.
Write an expression for the maximum height achieved by the ball on the moon, hm, in terms of the gravitational acceleration on earth, g, and the time, t.
The acceleration caused by gravity is one-sixth of Earth's on the moon. On the moon, if a ball is hurled straight up, it returns to the surface in t = 21 s.
What is the maximum height achieved by the ball?t=t_1+t_2,t_1=t_2\to t=2t_2\to t_2=t/2t=t 1 +t 2 ,t 1 =t 2 →t=2t 2 →t 2 =t/2
hm = gMt²/³ /2 =( g/6) (t/2)²/2=gt²/48=9.81.21²/48≈90.1m
What is gravity?A force that acts invisibly and draws things together. You remain on the ground and items fall as a result of the Earth's gravity. A demonstration of gravity in action. According to Albert Einstein, gravity is a space-bound curve that encircles an object, like a planet or a star.
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a statement you will sometimes hear people say is that a day is not 24 hours but is really 23 hr. 56 min. and 4 sec. what does this refer to?
This statement refers to the rotation period of the Earth, which is slightly less than 24 hours. The time it takes for the Earth to complete one full rotation on its axis, known as a solar day or a mean solar day, is approximately 23 hours, 56 minutes, and 4 seconds. This duration is often referred to as the sidereal day.
This difference is because while the Earth rotates on its axis, it also orbits around the Sun. As a result, by the time the Earth completes one full rotation, it has to turn a little bit more to align with the Sun for another day to begin. To account for this, we have standardized the concept of a day as 24 hours, divided into 60 minutes and 60 seconds each. This system allows for convenience and simplifies our daily lives, even though it doesn't precisely align with the Earth's actual rotation period. However, for specific scientific and astronomical calculations, the more accurate measure of 23 hours, 56 minutes, and 4 seconds accounts for the Earth's rotation relative to distant stars, known as a sidereal day.
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THE MODERN STATE IDEA
10. The Peace of Westphalia (1648)-Using the chart below
DEFINITION
Change In Relationship Between
People & Territory
Long-Term Results or Effects
The two peace agreements that were signed in October 1648 in the Westphalian cities of Osnabrück and Münster are collectively known as the Peace of Westphalia.
What Does Peace of Westphalia of 1648 mean?The Thirty Years' War, which began with an anti-Habsburg revolt in Bohemia in 1618 but escalated into a complex web of disputes over the structure of the Holy Roman Empire, religion, and the European political order, came to an end in 1648 with the signing of the Peace of Westphalia in Münster, Germany.The Netherlands obtained independence from Spain as a result of the Treaty of Westphalia, Sweden took control of the Baltic, and France was recognised as the leading Western power. The Holy Roman Emperor's authority was weakened, and the German states once more had control over the country's official religion.Learn more about Peace of Westphalia refer to :
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Culture has the ability fo shape three types of interactions for members of the group. Using four or more complete sentences, explain these three types of interactions and include examples of each.
geologists measure the orientation of tilted rock layers. dip is the angle of inclination from the horizontal of a tilted rock layer. the compass bearing of a rock layer where it pierces the horizontal plane is called
The compass bearing of a tilted rock layer is known as the strike. It is the horizontal angle between the inclined rock layer and a horizontal plane. Geologists measure the strike and dip of rock layers in order to determine the orientation of the rock layer.
Strike is the compass bearing of a tilted rock layer where it pierces the horizontal plane. It is measured in degrees, ranging from 0° to 360°. It is determined by drawing a line along the length of the rock layer and taking a measurement from north.
Dip is the angle of inclination from the horizontal of a tilted rock layer. It is measured in degrees from 0° to 90°, with 0° being horizontal and 90° being vertical. It is determined by drawing a line perpendicular to the strike and measuring the angle from the horizontal plane.
The combined strike and dip measurements are used to determine the orientation of a tilted rock layer. This information is useful for geologists when studying geological features, such as faults and folds, in a particular area.
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Review Part C - Definitions Match one definition with the appropriate word it defines. Sort these items into the appropriate bin. Use each item once, and place only one item per bin. View Available Hint(s) Reset Help an area in which all water falling in it flows out through one location a boundary, usually a hill or mountain, where water will flow in opposite directions on either side a river that feeds into another river the primary river flowing out of a drainage basin Divide Watershed Tributary Trunk Stream
Definitions which matches for each word are given below:
Divide- a boundary, usually a hill or mountain, where water will flow in opposite directions on either side
watershed- an area in which all water falling in it flows out through one location
Tributary- a river that feeds into another river
Trunk Stream- the primary river flowing out of a drainage basin
Drainage divides are ridges and hills that divide two watersheds. The watershed is made up of all the subsurface groundwater as well as surface water, such as lakes, streams, reservoirs, and wetlands.
A watershed is a region of land that collects rain and snowmelt and directs it into creeks, streams, and rivers before it eventually flows into reservoirs, bays, and the ocean.
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will give brainliest!!!
Which of the following is likely to be an important economic activity in an elongated country with an ocean as its longest physical border?
A. Mining
B. Farming
C. Tourism and service
D. Fishing
E. Manufacturing
Answer:
its fishing D
Explanation:
geography
it is 6 am in a city 'A at 90°W longitude. What is the time in city 'Bat 60°E
longitude?
Based on the time at City A and its longitude, the time in City B can be found to be 4 pm.
Every 15° in longitude counts for an hour.
The difference between these two locations in terms of longitude is:
= 90 + 60
= 150°
Both longitudes were added instead of deducted because they are in different hemispheres of East and West.
The difference in time would therefore be:
= 150 / 15
= 10 hours
As City B is East, it would be ahead in time. Time is therefore:
= 6 + 10
= 1600
= 4 pm
In conclusion, the time in City B would be 4 pm.
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Which two climatic conditions are likely to act as push factors of migration?
A.average temperatures exceeding 100 degrees Fahrenheit
B.Access to fertile land and moderate rainfall
C.heavy snowfall all year round
D.sandy beaches and warm weather
MULTIPLE CHOOSE
Which of the following mountain ranges runs down the pacific coast of South America
what happens to sediments as they are transported (moved) further away from their source? select one: a. they become better sorted b. they become larger c. they become more angular
Whenever dregs are conveyed to the sea, these residue are modified and moved by disintegration processes.Through the effects of erosion and the remobilization of sediments, storm activities, in particular, have the potential to influence local patterns of sea level.
The transportation process typically leaves behind the coarser sediment. As a result, fine-grained sediment is typically found further from its source than coarse sediment. The manner in which sediment was transported and deposited is determined by clues it leaves behind.
When sediment moves from one location to another, what happens to it?
Through erosion, sediment moves from one location to another. The transportation and removal of rock or soil is known as erosion. Sediment can be moved by erosion through wind, ice, or water. Sediment, such as gravel or pebbles, can be washed downstream by water from a creek into a river and eventually to the delta of that river.
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Which of the following is generally NOT a typical practice in growing rice in Asia?
A) preparing and terracing fields with a plow drawn by oxen
B) flooding the plowed field with water
C) growing seedlings in a nursery
D) transplanting seedlings into the flooded field
E) machine harvesting and winnowing
The option which is generally NOT a typical practice in growing rice in Asia is "E) machine harvesting and winnowing
Rice is an important crop, especially in Asia, where it is a staple food for millions of people. It has been cultivated for more than 5,000 years in Asia and is still widely grown. Rice is grown in flooded paddies, mainly in the monsoon regions of Asia, where the heavy rainfall provides the necessary water. Here, the rain falls at a predictable time, allowing farmers to plant their crop at the appropriate time
.A brief about typical practices in growing rice in Asia. The following are the standard techniques for growing rice in Asia: Terracing fields with a plow drawn by oxen. Flooding the plowed field with water. Growing seedlings in a nursery Transplanting seedlings into the flooded field. However, machine harvesting and winnowing are not a typical practice .in growing rice in Asia. Farmers usually use hand tools to harvest and winnow their rice crops.
Therefore, E) machine harvesting and winnowing is generally NOT a typical practice in growing rice in Asia.
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What u. S. Peninsula, explored by captain cook, experienced a tidal wave that destroyed its main port?.
The US peninsula that was explored by Captain Cook and experienced a devastating tidal wave that destroyed its main port was the Hawaiian Peninsula.
This natural disaster occurred in 1778 during Cook's third and final voyage to the Pacific Ocean. Cook and his crew were the first Europeans to set foot on the islands and began charting and mapping the area. However, on February 14, 1779, a massive tidal wave struck the island of Hawaii, also known as the Big Island, destroying the port of Kealakekua Bay where Cook's ship, the HMS Resolution, was docked. The wave caused significant damage to the ship and killed several crew members, including Cook himself. The tragedy left a lasting impact on Hawaiian history and is still remembered to this day.
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