As you approach a steep uphill grade in the mountains, shift to a lower gear.
When climbing steep hills, depress the gas pedal more to maintain a constant speed. You have to slow down enough that the brakes don't get too hot. If the brakes get too hot, they can start fading.
The engine needs more power to pull the vehicle up the hill. When approaching steep inclines, you should select a lower gear to maintain speed. You should do this without hesitation so as not to slow down too much before shifting into a lower gear.
If you have a manual transmission, engage 2nd or 3rd gear when climbing steep hills and stop shifting when you concentrate on the climb. Failed Climbs: Engage reverse gear to allow natural engine braking and spin the tires.
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In what sea is 38 degrees south and 162 degrees east
Answer:
the Pacific Ocean
Explanation:
In the pacific ocean, the south is 38 degrees and the east is 162 degrees. It is the largest body of salt water that is extending from the Antarctic region in the south to the Arctic in the north.
Where is the Pacific Ocean located?The Pacific Ocean is one of the largest and deepest oceanic division of the Earth. It is a very large body of salt water that extends from the Arctic Ocean in the north to the Southern Ocean in the south. It is bordered with the continents of Asia and Australia in the west and the Americas in the east.
The Pacific Ocean is considered as the largest and deepest ocean basin of the world. It is also known as peaceful ocean. The name peaceful ocean is given by the Portuguese explorer Ferdinand Magellan in 1521.
The pacific ocean is considered as the major contributor to the world economy because it provides low-cost sea transportation, offshore oil and gas fields, minerals, extensive fishing grounds etc.
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what hotels in bethleham,pa are close to amtrak station
Earth is in a habitable zone that allows our planet to have liquid water. What is this zone called A) Milky Way Zone B) 3rd Rock from the Sun Zone C) Goldilocks Zone D) Alpha Centauri Zone
Answer:
The Goldilocks Zone
Explanation:
Earth is in a habitable zone that allows our planet to have liquid water is called Goldilocks Zone. Thus, option (c) is correct.
What is planet?The term “planet” refers to a large celestial body that orbits around the sun, but the sun is a fixed point in place. The planets are different sizes, as smaller planets are Earth, Mercury, Mars, and Venus. The larger gas giant planets are Jupiter, Uranus, Neptune, and Saturn.
Goldilocks Zone is also called as habitable zone. It was the allow our planet to have liquid water. It was the right atmospheric pressure and the right temperature in the Earth surface are they easily are the provided the water. According to the scientist as the 1.75 billion years.
As a result, the significance of the Earth is in a habitable zone that allows our planet to have liquid water is called Goldilocks Zone are the aforementioned. Therefore, option (c) is correct.
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Briefly explain how tectonic activity has shaped the North African landscape. Provide an example of a land formation that illustrates its effects.
Tectonic activity has played a significant role in shaping the landscape of North Africa.
The continent of Africa sits on the African Plate, which is slowly moving northwards and colliding with the Eurasian Plate. This collision has resulted in the formation of the Atlas Mountains, which run through Morocco, Algeria, and Tunisia.
The collision also caused the formation of the Mediterranean Sea, as the African Plate has been pushing upward and forming mountain ranges.
An example of a land formation that illustrates the effect of tectonic activity in North Africa is the Great Rift Valley.
This valley, which runs through several countries in East Africa, including Ethiopia and Kenya, was formed as a result of the separation of the African Plate into multiple plates, resulting in the formation of a rift valley.
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Why are local shops often closer to the residential areas in a city?
Answer: Local Shops are often closer to the residential areas in cities because Shop Owners usually live in these residential areas.
Explanation: Local Shops are usually owned by residents of that city and are therefore closer to where those residents live.
GIVING BRAINLIST !!
1) Which of the following is considered the most important and yet most threatened ecosystem on the planet?
A)coastal wetlands
B)rainforests
C)coastal ranges
D)Argentinian pampas
2) What is a dangerous side-effect of hurricanes in the Central American region?
A)volcanoes
B)earthquakes
C)pollution
D)mudslides
3) famine
illiteracy
pollution
mass migrations
All of these are MOST associated with the unwanted effects of
A)ethnic tensions
B)international trade
C)global war and famine
D)rapid population growth.
4) Which is NOT an example of sustainability?
A) establishing regulations on emissions
B) planting trees to replenish a logged forest
C) installing water systems to reuse gray water
D) exhausting a natural resource to make a profit
the continuation theory of continents drifting and plates moving.
Examine the flutes/flute casts on the sample (i.e., rotate and zoom in on the 3-D sample). Based on your observations of the flute geometries and knowing how these flute casts form, label the sample with the correct flow direction and top/bottom interpretation. (A) Upstream / Bed Top Upstream / Bed Bottom Downstream / Bed Top Downstream / Bed Bottom
The preserved remains of water running over and eroding sediments are known as flute casts, also known as sole marks.
What does softer sediment do?Softer sediment must cover the exposed surface and fill in the structures that the water has eroded in order to be preserved. A small dip is swept by the water, with a sharp angle on the upstream side and a lower angle on the downstream side.
Turbidity currents are the most prevalent geologic phenomenon that cause flute castings (underwater sediment slides).
Based on the observation of the flute geometries, the correct flow direction and top/bottom interpretation is done below.
By examining the flutes/flute casts geometries on the sample, the current direction is marked on the sample below. (see image)
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stone mountain in georgia is an example of which type of igneous rock feature?
Answer:
Stone Mountain is a pluton, a type of igneous intrusion.
why the terrestrial planets are closer to the sun than the gas giants?
Answer:
The planets in our Solar System formed from the solar nebula – the disc of gas left over from the formation of our Sun. Over time, this material began to collide and stick together, forming larger clumps that could collide with other larger clumps and gradually gather more and more matter. All of the planets in our Solar System began to form this way, but close to the Sun the temperature was too high for volatiles (gases like water and methane) to condense, so only the materials with a higher melting point (and higher density) were able to form at this point. The gas giants on the other hand, formed far enough away from the Sun that the temperature was cool enough for these volatile gases to condense, and form these huge, less dense planets.
-https://www.spaceanswers.com/solar-system/why-are-planets-closer-to-the-sun-more-dense/
In Minamata Bay, Japan over 1,200 cases of poisoning happened because of the consumption of fish contaminated with:
A. Mercury
B. Arsenic
C. Lead
D. Cadmium
E. PCBs (polychlorinated biphenyls)
Mercury. It's highly poisonous and is often found in fish.
Explain why a waterfall is a temporary feature on a rivers course
Explanation:
waterfalls are temporary features of rivers because stream erosion is greatest at waterfalls and rapids. The water that falls at the base of the waterfall erodes rock there, leaving the rock at the tops of the waterfalls to overhang. Overall, undermining causes waterfalls to recede farther upstream.
When I took office, I committed to fixing this broken immigration system. And I began by doing what I could to secure our borders. Today, we have more agents and
technology deployed to secure our southern border than at any time in our history. And over the past six years, illegal border crossings have been cut by more than half. Although this summer there was a brief spike in
unaccompanied children being apprehended at our
border, the number of such children is now actually lower than it's been in nearly two years. Overall, the number of people trying to cross our border illegally is at its lowest
level since the 1970s. Those are the facts.
-Address to the nation on immigration, President
Obama, 2014
According to the passage, what has resulted from the steps to fix the immigration system?
A. The government has completely stopped illegal crossings at the border
B. The government has reduced the number of illegal entries into the United States
C. The number of undocumented workers continues to increase each year.
D. The number of undocumented workers rises and falls and remains difficult to control.
Answer:
B. The government has reduced the number of illegal entries into the United States
Explanation:
This statement above is true going by the stated fact by the American President, Obama on what has been achieved by him as a result of fixing the broken immigration border.
Some of the achievements he listed include, the reduction of illegal crossing at the border by half, reduction of unaccompanied children crossing the border also as well as securing the southern border with more agents and technological equipment.
Compute runoff volume for a catchment having the dimensions 1500 x 1000 feet to m get the flood risk by adopting pounding and recharge measures the soil are loam to clay loam the fields are bunded the hydrologic soil group may be taken as b and hydrology condition for infiltration are poor to good the average cn is selected as 65 the depth of rainfall is 5 inches
To compute the runoff volume for the catchment, we need to consider the following factors: 1. Convert the catchment dimensions from feet to meters: 1500 feet = 457.2 meters, 1000 feet = 304.8 meters.
2. Determine the area of the catchment: Area = Length x Width = 457.2 meters x 304.8 meters = 139,354.56 square meters. 3. Calculate the runoff coefficient (C): The average curve number (CN) for the catchment is 65. Runoff coefficient can be estimated using the formula: C = (CN - 10) / (CN + S), where S is a soil retention parameter (assumed as 254 / CN in this case).
\(C = (65 - 10) / (65 + (254/65)) = 0.434. 4\). Calculate the effective rainfall (R): The depth of rainfall is 5 inches, which is approximately 0.127 meters. Effective rainfall (R) can be estimated by the equation: R = P - (Ia + S). Assuming initial abstraction (Ia) as 0.2S and surface storage (S) as 0.05S, \(R = 0.127 - (0.2 * S + 0.05 * S) = 0.127 - (0.2 + 0.05) * S = 0.127 - 0.25S. 5.\)
Calculate the runoff volume (V): The runoff volume (V) can be calculated using the equation: V \(= C * R * A. V = 0.434 * (0.127 - 0.25S) * 139,354.56.\) By incorporating pounding and recharge measures, the flood risk can be mitigated to some extent. However, without specific information on the measures being adopted, it is difficult to assess the magnitude of risk reduction accurately.
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quien me lllama por que ay una llama ahi
xd
what two land uses contributed excess nitrogen to the watershed and what event washed these excess nutrients into the river? gizmos
A pig farm and a corn farm were causing the watershed to have too much nitrogen. Excess nitrogen leached from the farms into the water, raising the level of toxicity in the water.
The most important nutrient is nitrogen because plants can absorb it the easiest of any element. Making ensuring that plants are healthy while they grow and nutritious to consume after they are harvested requires nitrogen. Because protein comprises up a large portion of the tissues of most living organisms, nitrogen is necessary for the production of protein.
Because nitrogen is a key component of chlorophyll, which plants utilize to convert carbon dioxide and water into sugars when exposed to sunlight, nitrogen is an essential element for plants (i.e., photosynthesis). It is also a crucial part of amino acids, which serve as the building blocks of proteins. Plants deteriorate and perish without proteins.
In plant cells, certain proteins serve as structural components, while others function as enzymes, enabling many of the metabolic processes that are the basis of life. Compounds that transport energy, like ATP, have nitrogen as a component (adenosine triphosphate). Cells can store and utilize the energy produced during metabolism thanks to ATP.
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identify the explicit function for the sequence in the table. x:1, 2, 3, 4, 5, y: 8, 14, 20, 26, 32,
Answer:
The explicit function is y = 6x + 2
Explanation:
Since the change in x, Δx is constant and Δx = 1 and also, the change in y, Δy is constant and Δy = 6, we use the equation of a straight line in gradient form.
So, (y - y₁)/(x - x₁) = Δy/Δx where x₁ = 1 and y₁ = 8
So, substituting the values of the variables into the equation, we have
(y - y₁)/(x - x₁) = Δy/Δx
(y - 8)/(x - 1) = 6/1
(y - 8)/(x - 1) = 6
cross-multiplying, we have
(y - 8) = 6(x - 1)
expanding the brackets, we have
y - 8 = 6x - 6
adding 8 to both sides of the equation, we have
y - 8 + 8 = 6x - 6 + 8
y + 0 = 6x + 2
y = 6x + 2
So, the explicit function is y = 6x + 2
Answer: ;) a(n) =8 + (n-1) •6
Explanation:
You’re welcome, can I get the top answer thing it would be my first
if an event were to take place on the sun, how long would it take for the light to reach us?
8 and 1/3 minutes
The Sun is 93 million miles away, so sunlight takes 8 and 1/3 minutes to get to us.
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Describe how children are affected by children labour? Please respond me ASAP
Answer:
The difference between ‘child labour’ and ‘child work’ is that child labour refers to work that is
harmful to children. It is work that is mentally or physically dangerous, work that interferes
with their ability to go to school which can affect their income-earning potential as adults. The
health and wellbeing of child labourers is at risk, and they can end up being trapped in a cycle
of poverty.
There are a number of ways that child labour can affect children, and these can vary
depending on which industry the child is working in. Generally, child labourers can suffer from
long-term health problems due to malnutrition, exposure to chemicals, abuse, injuries,
exhaustion, and psychological harm.
1
In agriculture, children may be exposed to toxic pesticides or fertilisers. They work with
dangerous blades and tools, and carry heavy loads.
In mining, children may use poisonous chemicals, face the risk of mine collapse, and
sometimes work with explosives.
In construction, children may carry heavy loads, work at heights without safety
equipment, and risk injury from dangerous machinery.
In manufacturing, children may use toxic solvents, perform repetitive tasks in painful
positions, and risk injury from sharp tools.
In domestic work, children risk abuse, work long hours, and often live in isolation from
their families and friends.
Which landform most likely formed when lava cooled and solidified?
A volcano is a landform most likely formed when lava cooled and solidified
What is a volcano?Generally, A volcano is a rupture in the Earth's crust where molten rock, debris, and gases are released from below the surface. Volcanic activity is caused by the movement of tectonic plates, which is when two of the Earth's plates move and collide.
Volcanic eruptions can cause widespread destruction and loss of life, with the potential to reshape the Earth's surface. Moreover, this landform differs from others such as mountains, hills, valleys, etc. due to lava, which is molten rock and this lava is key in the formation of a volcano.
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Question 1: Years ago in this arena gladiators battled, Christians were fed to lions, and ships fought naval battles in the flooded center. This structure can be found in Italy and is called the _______
A. Louvre
B. Eiffel Tower
C. Colosseum
D. Parthenon
Question 2: The Louvre, Eiffel Tower and Notre Dame all have something in common. They are all _________
A. monuments to European achievement
B. museums
C. found in Paris, France
D. religious structures
Answer: Colosseum
The Louvre is a famous French Palace and museum, The Effiel tower is this big metal tower in Paris, and the Parthenon is a temple structure with lots of pillars and a symbol of democracy in Greece.
which is not true about transitions zones? group of answer choices represent sharp and clear boundaries between groups. vary in size; most are narrow; few can be broad reality of contested and changing geographic fortunes in the world. ever-changing zone of regional interaction.
The answer to the question is that it is not true that transition zones represent sharp and clear boundaries between groups. In fact, transition zones are areas of gradual change and often have blurred boundaries.
Transition zones vary in size and can be narrow or broad, and they are often contested and ever-changing zones of regional interaction due to the reality of changing geographic fortunes in the world. These zones may be characterized by gradual changes in terrain, vegetation, or cultural practices rather than sharp boundaries, and they are important areas for studying the interactions between different groups and the ways in which they adapt to changing environmental and social conditions.
Transition zones vary in size, reflect the reality of contested and changing geographic fortunes, and represent an ever-changing zone of regional interaction.
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why were asteroids not discovered until the 19th century?
Answer: Asteroids are small, rocky objects that orbit the sun. They are much smaller than planets and are difficult to observe because of their size and distance from Earth. Additionally, they do not emit their own light and reflect only a small amount of sunlight, making them even harder to detect.
In the early years of astronomy, telescopes were not powerful enough to detect asteroids. The first telescopes were invented in the early 17th century, but they were only capable of magnifying objects a few times. It wasn't until the 19th century that telescopes were developed that were powerful enough to detect asteroids.
The discovery of the first asteroid, Ceres, in 1801, was due to the work of Giuseppe Piazzi, an Italian astronomer. Piazzi observed Ceres over a period of several nights and noticed that it appeared to move relative to the background stars. This led him to believe that he had discovered a new planet, but further observations showed that Ceres was much smaller than any known planet.
After the discovery of Ceres, astronomers began to search for more asteroids, and over the next few decades, several more were discovered. The process was slow, however, because the asteroids were difficult to detect, and it was not until the late 19th century that their existence was fully accepted by the scientific community.
Explanation:
We know that the organisms whose shell (or test) could eventually yield rocks like chalk or diatomites or radiolarites exist and can be common in shallow ocean waters. Still, we rarely see these rocks forming in shallow ocean waters. Why is that?
because their productivity is very low
because they are destroyed by the waves
because they are destroyed by the acidity of ocean waters
because they are diluted by other sediments
all of these
The shells of the organisms are destroyed by the acidity of ocean waters. When the ocean water becomes more acidic the shell of the organisms dissolves faster. For animals like corals, sea urchins, sea snails, and oysters to survive, they need to use more energy to either thicken or repair their damaged shells and exoskeletons.
When calcium carbonate has a very low solubility in neutral pH ocean water. However, as the solution's acidity rises, calcium carbonate's solubility rises as well, dissolving the calcium carbonate in the solid shell. This makes the shell dissolve.
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What forces have helped shape plant life in Africa South of the Sahara?
(Long answers would be great,I have a section of an essay due on this question)
There are many forces that have helped shape plant life in Africa south of the Sahara, including climate, geology, fire, and human activities.
Climate: The climate of Africa south of the Sahara is characterized by a tropical and subtropical climate, with distinct wet and dry seasons. This climate has led to the evolution of many different types of plants, including drought-resistant grasses, succulent plants, and deciduous trees.
Geology: The geology of the region has also influenced plant life. The high levels of volcanic activity have produced nutrient-rich soils that support a diverse range of plant life.
Fire: Fire is a natural part of the African savanna ecosystem, and many plants have adapted to survive regular fires. For example, some trees have thick bark that protects them from fire, while others have developed the ability to resprout from their roots after a fire.
Human activities: Human activities, such as agriculture and deforestation, have also had a significant impact on plant life in the region. Many native plant species have been replaced by crops and non-native species, and large areas of forest have been cleared for agriculture and settlement.
Overall, these and other factors have contributed to the rich and diverse plant life found in Africa south of the Sahara
Answer:
Saharan vegetation is generally sparse, with scatt3d concentrations of grasses, shrubs, and tress in the highlands, in oasis depressions, some heat and drought-tolerant grasses, herbs, small shrubs, and trees and found on the less well watered plains and plateaus of the Sahara.
Which of the following explains how the Earth and Moon move? *
Answer:
gravity
Explanation:
the moon and earth are like solar magnets so when the moon is full or it is a bloody moon or whatever it orbits around the earth
why would astronomers place an x-ray observatory in space, like the chandra observatory?
For several reasons, astronomers would place an X-ray observatory in space, like the Chandra Observatory. The following are some of them:
1. The Earth's atmosphere absorbs X-rays from celestial bodies, preventing them from being detected. As a result, an X-ray observatory must be put in space to observe X-rays from astronomical objects. 2. The Chandra Observatory, for example, is placed in an orbit that enables it to avoid most of the Earth's radiation belts, allowing it to detect X-rays with high accuracy and precision. 3. X-rays are generated by high-energy phenomena such as black holes, neutron stars, supernova explosions, and other celestial events that cannot be seen using conventional telescopes. The Chandra Observatory, on the other hand, is capable of detecting these X-rays. 4. By studying X-rays from celestial bodies, astronomers can better understand the universe's high-energy phenomena and how they interact with their surroundings. The Chandra Observatory, for example, has contributed significantly to studying black holes, neutron stars, and other high-energy astrophysical events.
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In the Northern Hemisphere, winter officially begins on December 21 and summer officially begins on June 21. (in the Southern Hemisphere).
What makes December 21 unique?The Tropic of Cancer (23°27′ N), the northernmost point of the Sun's vertical overhead beams, is reached on this day of the winter solstice in the Southern Hemisphere. Extreme weather and odd words to express it are characteristics of winter. At 6:12 a.m. The winter solstice, or the start of winter, occurs at approximately noon EST on Friday, December 21, when the sun crosses the Tropic of Capricorn, appearing to shine farthest south of the equator.
What makes September 23 and March 21 unique?The only period when the quantity of sunlight and nightfall in the Northern and Southern Hemispheres is practically equal is during the equinoxes. Two equinoxes occur annually on Earth: one around March 21 and the other around September 22. The equator receives direct sunlight on March 21 and September 23. Since neither pole is oriented toward the sun in this configuration, there are equal numbers of days and nights on the entire planet. It is referred to as an equinox. The Northern Hemisphere is now experiencing a return to spring. In the Southern Hemisphere, the equinox in March signifies the beginning of fall and the equinox in September, the beginning of spring.
What makes June 21st so unique?The longest day of the year in the Northern Hemisphere occurs on June 21; this day is known as the Summer Solstice. The length of a day in Delhi is roughly 14 hours. The latitudinal location of a site determines how much light it receives during the summer solstice in the Northern Hemisphere. The longest day of the year occurs in the hemisphere that is nearest to the sun, whereas the longest night occurs in the opposite hemisphere. The winter solstice occurs around 22 December and the summer solstice around 21 June in the northern hemisphere. In the southern hemisphere, these dates are reversible.
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Wise use of resources is called————-
Answer the following question in 10 to 20 words
How can crop rotation help in maintaining the fertility of soil?
Answer:
The wise use of the earth's resources by humanity is called Conservation of natural resources. It is the proper management of a natural resource to prevent its exploitation, destruction or degradation.
Explanation:
Crop rotation. Crop rotation is the practice of growing a series of different types of crops in the same area across a sequenced of growing seasons. It reduces reliance on one set of nutrients, pest and weed pressure, and the probability of developing resistant pest and weeds.
Answer:
1)Conservation of natural resources is called wise use of resources
Explanation:
2)
i)it makes more fertile for more production of foods
ii)it sustain plant growth and optimize crop yield
What are the ideal conditions for a strong radiation inversion?
A strong radiation inversion occurs when the temperature in the lower atmosphere increases with height.
This occurs when the surface is cooling rapidly due to radiative losses, but the temperature above is being warmed by the trapping of longwave radiation.
Ideal conditions for a strong radiation inversion include clear skies, light winds, and calm conditions, as these allow the surface to cool rapidly and the inversion to form.
The inversion can be disrupted by the mixing of air by winds, cloud cover, or precipitation, which can break down the temperature gradient and lift the inversion layer.
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