(1). Selling merchandise on credit at a profit, (2). $520,400, (3). $20,000, (4). decreases total costs.
A raw material, is water?Water is a raw resource that the oil industry uses and produces in large amounts, from extraction processes through refining and petrochemicals. Among the uses are those for wastewater, chilled water, cleanup water, injection water, output water, and industrial wastewaters.
Briefing:(1). By making a profit while selling goods on credit, Norton Inc. might raise its current ratio from 2.
(2). Cost of goods manufactured = Credit to Work in Process = 520,400
(3). Financial advantage (disadvantage) = Incremental revenue-Incremental expenses
Financial advantage (disadvantage) = (180000-40000)-120000 = $20,000
(4). When working with a budget plan, a decline in productivity within the appropriate range lowers overall expenses.
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where did a landslide happen causing 1 person to die and 12 others to still be missing?
There was an landslide on the Ischia resort island in southern Italy that wrecked houses, carried parked automobiles into the water, and left at least one person dead and up to 12 people missing.
Claudio Palomba, the prefect of Naples, announced at a press conference that a woman's body had been extracted from the muck. Rescuers were cautiously sifting through six to seven metres of muck and debris while it continued to rain, using tiny bulldozers, in order to look for potential victims. Teams of sniffer dog teams joined the reinforcements who arrived by ferry to aid with the search operations. At the port of Casamicciola, on the north end of the island off the coast of Naples, the power of the mud sliding down the mountainside just before daybreak was strong enough to send cars and buses down beaches and into the water. According to officials, the island experienced its greatest rainfall in 20 years with 126 millimetres of rain falling in only six hours.
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List six environmental impacts of urbanization.
Urbanization refers to those areas of urban that can grow by increasing human population or migration of people from rural to urban areas & then it impacts our environment like deforestation, habitat loss and decreased of biodiversity.
Air pollution due to the high concentration of traffic and industries. Increased a greenhouse gas due to which it emissions a high levels of energy consumption and transportation. Urbanization affects our environment by improper or insufficient waste or smelly problem in urban areas.
Light pollution can be a ecological issues with different consequences. loss of green space and increase of heat island is also effected. It also affect our health due to increased risk of disease by overcrowding .
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Aurora Township is asking its citizens to donate to chip in and donate money to build a new librabry. Tommy thinks he already pasys enough money in taxes, so he chooses not to donate. He knows once its built he can still use it.
The given statement is an example of: The free rider problem.
Statement: Aurora Township is asking its citizens to donate to chip in and donate money to build a new library. Tommy thinks he already pays enough money in taxes, so he chooses not to donate. He knows once it's built he can still use it.
The free rider problem is when people utilize or exploit a shared resource without contributing their fair part of the cost or without contributing anything at all.
No matter how big or tiny a society is, the free rider issue might arise. In economics, the free rider dilemma is a problem. It is regarded as a prime illustration of a failed market. In other words, it is an inefficient distribution of products or services when some people are permitted to use more than their fair share of the common resource or pay less than their fair part of the expenses.
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Which of the following is NOT a common trigger for slope failure?
a. adding water to a slope
b. volcanic eruption
c. shaking during an earthquake
d. oversteepening of cliffs of hillslopes during road construction
e. all of these are common triggers for slope failure
Answer: the answer will be E all of these
Explanation: i study for the test on quizlet
location a: tectonic plates collide and one plate moves over the other while the other plate is pushed deep into the mantle location b: tectonic plates slide past each other which statement is most likely correct?
Location a: tectonic plates collide and one plate moves over the other while the other plate is pushed deep into the mantle location b: tectonic plates slide past each other. Subduction happens in Location A but not in Location B.
Oceans and continents are supported by a number of tectonic plates that span thousands of kilometers on Earth. These plates move away from one another, glide past one another, then clash. The strongest earthquakes, tsunamis, volcanic eruptions, and landslides happen when they contact and one plate is driven beneath another (a subduction zone).
The cool oceanic lithosphere recycles at subduction zones, where it falls back into the mantle. They can be found when the oceanic lithosphere of one tectonic plate converges with the less dense lithosphere of another plate, which is at convergent plate borders. The leading edge of the other plate pushes past the heavier oceanic lithosphere.
The complete question is, "The movement of tectonic plates in two locations is described below: Location A: Tectonic plates collide and one plate moves over the other while the other plate is pushed deep into the mantle Location B: Tectonic plates slide past each other Which statement is most likely correct?
Volcanic eruptions may occur in both locations.There is no chance of earthquakes in the two locations.Mountains may form in Location B but not in Location A.Subduction happens in Location A but not in Location B."Learn more about Lithosphere here:
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In the heliocentric model of the solar system, one planet passing another in its orbit gives rise to A) retrograde motion B) a superior conjunction
Answer:
A) Retrograde Motion
Which of the following is always true about images captured with x-ray telescopes? ► View Available Hint(s) They show us light with extremely long wavelengths compared to the wavelengths of visible light. They always are made with adaptive optics. They are always shown with colors that are not the true colors of the objects that were photographed. They always have high angular resolution. O They are always pretty. Submit
Images taken with x-ray telescopes are always portrayed with colors that are not the actual hues of the objects that were photographed.
The electromagnetic radiation that distant objects emit, absorb, or reflect is utilized by a telescope to provide a view of those objects. In addition to the word's original definition as an optical instrument using lenses, curved mirrors, or both to observe distant objects, the term "telescope" now refers to a wide variety of instruments capable of detecting various regions of the electromagnetic spectrum and, in some cases, other types of detectors. The first functional telescopes were refracting telescopes with glass lenses, which were created in the Netherlands at the beginning of the 17th century. They were used for both terrestrial and astronomical purposes. Several decades before the reflecting telescope, which uses mirrors to focus light, the first refracting telescope was developed.
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5.
Convert the following
representative factions to
statement scale.
i.1:50,000
ii.1:400,000
iii.1:100,000
To convert a representative fraction to a statement scale, you can divide the denominator by the numerator and multiply the result by 100. This will give you the scale of the map in percent.
For example:
i. 1:50,000 = 1/50,000 * 100 = 0.002 * 100 = 0.2%
ii. 1:400,000 = 1/400,000 * 100 = 0.0025 * 100 = 0.25%
iii. 1:100,000 = 1/100,000 * 100 = 0.01 * 100 = 1%
Therefore, the scales of the maps in statement form would be:
i. 0.2%
ii. 0.25%
iii. 1%
Note that the smaller the denominator in the representative fraction, the larger the scale of the map. This means that a map with a scale of 1:50,000 shows a larger area than a map with a scale of 1:400,000.
Studies of interplanetary space have indicated that
Choose one:
A.
the Earth's magnetic field is non-spherical.
B.
interplanetary space is less dense than interstellar space.
C.
both Mars and Venus lie within our Solar System’s habitable zone.
D.
the planets in our Solar System do not orbit within the same plane.
Studies of interplanetary space have indicated that interplanetary space is much denser than interstellar space.
All of the bigger Solar System bodies, including planets, dwarf planets, asteroids, and comets, move through the interplanetary medium, also known as interplanetary space, which is made up of the mass and energy that makes up the Solar System. The interstellar medium (ISM) starts outside the heliopause, where the IPM comes to an end. Prior to 1950, it was widely believed that interplanetary space was either a vacuum or made of "aether." Interplanetary dust, cosmic rays, and heated plasma from the solar wind are all components of the interplanetary medium. The interplanetary medium has a range of temperatures. The interplanetary medium possesses the properties of a plasma rather than a simple gas because it is a plasma, or gas of ions.
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during which of the three stages of development of an ordinary (or airmass) thunderstorm does the downdraft develop? select one: a. cumulus stage b. mature stage c. dissipation stage d. the downdraft is present in all three stages.
The correct answer is b, i.e. mature stage. Once the precipitation begins to fall from the cloud, the storm reaches the mature stage. throughout this stage, updrafts and downdrafts exist side-by-side, and the thundercloud is named a cell.
If the updrafts reach the highest layer, the cumulus can unfold outward, making an outlined anvil. Once the downdrafts overtake the updrafts, which conjointly prevents the discharge of heat of transformation energy, the electric storm can weaken into the third and end, referred to as the dissipating stage. Throughout this stage, light-weight precipitation and downdrafts become the dominant feature inside the cloud because it weakens.
The developing stage referred to as the cumulus or soaring cumulus stage, is characterized by draught. Because the draught develops, precipitation occurs within the higher parts of the storm. Because the precipitation begins to fall out of the storm, a draught is initiated.
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out of all of the water on earth, how much is usable by humans?
Answer: Less than 1% (About 0.33)
The other 99.7 percent is in the oceans, soils, icecaps, and floating in the atmosphere.
Hope this helps! :)
All of the following is true regarding the earth’s radiation balance EXCEPT:
a) the sun heats the earth’s surface more than it does the atmosphere
b) sensible heat flux is the predominant process for the loss of outgoing longwave radiation
c) almost half the energy received by the earth’s surface is returned to the atmosphere
through latent heat flux
d) sensible and latent heat flux together carry most of the energy stored at the surface into the
atmosphere
All of the following is true about the earth’s radiation balance except sensible heat flux is the predominant process for the loss of outgoing longwave radiation. (Option B)
The energy balance of the Earth system refers to the balance between incoming energy from the Sun and outgoing energy from the Earth. Energy released from the Sun is emitted as shortwave light and ultraviolet energy. The Earth’s radiation balance is the algebraic sum of the incoming and outgoing components of radiation. In the context, the fact that sensible heat flux is the predominant process for the loss of outgoing longwave radiation is false.
The sensible heat flux refers to the transfer of heat caused by the difference in temperature between the sea and the air and is a process but not the predominant process for the loss of outgoing longwave radiation. It is energy emitted from Earth as electromagnetic radiation, which passes out of the atmosphere and into space in the form of thermal radiation.
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how does a glaciated mountain valley differ in appearance from a mountain valley that was carved by a river?
Valley glaciers carve U-shaped valleys, as opposed to the V-shaped valleys carved by rivers.
In cross-section, they feature a distinctive U shape with steep, straight sides and a flat or rounded bottom (by contrast, valleys carved by rivers tend to be V-shaped in cross-section). Glaciated valleys are created when a glacier slides down a slope while moving across it, scouring the valley as it goes. The mountains in the backdrop were sculpted by glacial activity, and the boulders in the foreground were left behind by a retreating glacier. By eroding the terrain under them and depositing rocks and silt, glaciers can sculpt and carve landscapes.
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describe the location of the equinoxes and solstices in the uranian sky what are the seasons like when uranus
The location of the equinoxes and solstices in the uranian sky what are the seasons like the sun is directly over the equator. As a result, the entire planet experiences a day-night cycle equal to the planet rotation period.
There are four equinoxes on earth, out of this there are two equinoxes every year that one is around March 21 and another around September 22. Sometimes, the equinoxes are called the vernal or spring equinox.
The autumn or fall equinox and although these have different dates in the Northern and Southern Hemispheres. An equinox occured at the start of the spring and fall and the solstice occurs during the summer and the winter.
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from the list of terms below, choose the ones associated with the fault you observed in the gigapan image. select the three that apply.
One side of the anticline dips more steeply than the other, At least one of the folds in this outcrop is asymmetrical associated with the fault you observed in the gigapan image.
What type of fault is characterized by the rocks above the fault?The block above the fault in a reverse fault advances relative to the block below the fault. Shortening arises from this fault motion, which is brought on by compressional stresses. If the fault plane's dip is minimal, a reverse fault is referred to as a thrust fault.
What are the 7 characteristics of rocks?Color, hardness, luster, crystal formations, density, and cleavage are characteristics that aid geologists in determining a mineral's identity in a rock. The atomic structure of a crystal essentially determines its form, cleavage, and hardness.
What is the term used when the rock above the fault moves up?Reverse (thrust) faults are dip-slip faults in which the higher block travels up and over the lower block above the fault plane. This kind of faulting is frequent in compressional locations, such as those where one plate is subducting beneath another, as in Japan.
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on earth why is carbon-based life more successful than silicon-based life? carbon molecule chains are stronger and more stable. silicon molecules chains require higher temperatures to be stable. silicon molecules from rings rather than chains. most of the silicon on earth is locked up in silicate rocks. carbon molecule chains can store, extract, and utilize energy.
Carbon molecule chains are stronger and more stable which is why carbon-based life is more successful than silicon-based life.
All recognizable life on Earth is mostly made of carbon. On Earth, carbon-based molecules are present in large quantities naturally. The building blocks of complex biological compounds are carbon atoms joined to other elements.
Carbon molecules are simple for enzymes to work with since they are light and compact. In astrobiology, it is generally thought that any extraterrestrial life would similarly be carbon-based. The most crucial properties of carbon as the building block of life's chemistry are that each carbon atom can form up to four valence bonds with other atoms at once, and that the energy needed to form or break a bond with a carbon atom is suitable for creating large, complex molecules that can be both stable and reactive.
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Which equations represent circles that have a diameter of 12 units and a center that lies on the y-axis? Select two options. x2 + (y – 3)2 = 36 x2 + (y – 5)2 = 6 (x – 4)² + y² = 36 (x + 6)² + y² = 144 x2 + (y + 8)2 = 36
The equations that represents a circle that has a diameter of 12 units and a center that lies on the y-axis are:
A. x² + (y - 3)² = 36.
E. x^2 + (y+8)^2 = 36
What are the representative equations?The representative equations are those that have values that when plugged in, will capture a circle with the provided dimensions. First, we learn that the diameter is 12 units. Given this figure, we can tell that the radius will be the diameter divided by 2.
Note that the formula for finding the dimensions of a circle is this:
(x-a)^2 + (y-b)^2 = b=r^2
Where a and b are the center of the circle.
Assuming that the center is at the y-axis, then we will have numbers 0 and 3. Plugging these into the equation will give the output:
x² + (y - 3)² = 36.
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The idea of the American dream is most closely related to which of the following ?
A. Structural mobility
B. Vertical mobility
C. Social conflict theory
D. Class consciousness
Vertical mobility is most closely tied to the idea of the American dream.
Vertical mobility should be understood to refer to any change in social standing, whether it involves going up to a higher level or down. For instance, Malcolm's ability to move vertically would have been shown if he had chosen homelessness over playing for the jackpot. When a person's standing in society shifts as a result of a change in their profession, politics, or religion, this happens. The social scales are climbed by a person. Movement in the vertical axis might be upward or downward. Horizontal mobility is the movement of people within the same social class. A nurse leaving one hospital to work as a nurse at another hospital serves as an example of this. Contrarily, moving up one social level is referred as as vertical mobility.
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what was the concentration of co2 in the atmosphere when the measurements at mauna loa began?
the concentration of co2 in the atmosphere when the measurements at mauna loa began is 315 ppm. Since then, the constant increase in CO2 levels brought on mostly by the combustion of fossil fuels has been depicted by the "Keeling curve,"
which has come to symbolise climate change. The CO2 concentration was 315 ppm when the older Keeling began his voyage at Mauna Loa. It was at 382 when he passed away in June of 2005. Why did he persist for 47 years, resisting repeated attempts to reduce his funding? He once remarked that his father had instilled in him the "belief that the world may be improved by devotion to just causes." Now, his son and the NOAA team have taken over a measurement that, more than any other one figure, illustrates how much the globe is changing due to human activity.
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What were the geographic characteristics of the Russian Empire?
The Russian Empire was the largest country in the world at the time, spanning over 17 million square kilometers across Europe, Asia, and North America.
The geographic characteristics of the Russian EmpireIt included the following geographic regions:
Siberia, Central Asia, the Caucasus, the Black Sea coast, the Baltic region, and the northern Russian Plain. The Empire also included numerous islands and archipelagos, as well as a number of mountain ranges, including the Ural Mountains, Caucasus Mountains, and Altai Mountains. The climate of the Russian Empire was extremely diverse, ranging from subtropical conditions in the southernmost reaches to Arctic conditions in the far north.Learn more about Russian Empire at: https://brainly.com/question/28057328
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List two types of chemical hazards that affect human health.
Ingestion of Poisons
Inhaling Toxic Fumes
Long term exposure to chemicals
all of these can weaken the immune system
a monocline is a type of a(n) ____
a monocline is a type of a(n) Fold. A monocline, also known as a monoform, is a step-like fold in rock strata that includes a zone of greater dip within a sequence that is generally horizontal or gently sloping.
How does a monocline occur?Monocline. An easy "one step" bend in the rock layers is known as a monocline The oldest rocks are at the bottom and the youngest are at the top of a monocline. A monocline is created by the tilt of the rock layers in the center left.
Why are monocline folds usually form a shape?The faults must be widely spread for the outer limbs to preserve the subhorizontal geometry of real monoclines, which is necessary for the monoclinal shape. These structures frequently take the form of drape folds atop basement-cored uplifts connected to reversing faults (Reches, 1978; Friedman et al., 1980; Chester et al., 1988).
What are the types of active faults?Strike-slip, normal, and thrust (reverse) faults are the three types of faults, according to Nicholas van der Elst, a seismologist at the Lamont-Doherty Earth Observatory of Columbia University in Palisades, New York.
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Which are parts of the Jewish covenant with God?
The parts of Jewish covenant with God was divided into three parts:
the promised land the promise of the descendants the promise of blessing and salvationAlso, they considered that god will punish those who curse the Jews and Jews will have Israel as their homeland.
Moreover, God's chosen people are the Israelites.
The concept of the Jews as the chosen people is founded on the covenant between God and the Jews. The Jewish covenant is an essential aspect of the Jewish religion even now.
The land promised
The first element of the covenant is known as the promised land and may be found in Genesis 12:1 when Abraham is asked by God to leave Ur and go to a country known as Canaan. The land of Canaan was then known as Israel. Israel was named after Abraham's grandson and is also known as the promised country because God promised to deliver the area to Abraham's descendants.
The promise of the descendants
The promise of the descendants is the second portion of the covenant, and it is stated in Genesis 12:2. This is where God told Abraham that he would build a big country out of him - I will multiply your numbers exceedingly, very much, and I will make you into nations.... God changed Abram's name to Abraham, which means "father of many nations" at this point.
The promise of blessing and redemption
The promise of blessing and redemption is the third and last portion of the Abrahamic covenant. God pledges to bless Abraham and all of his offspring in Genesis 12:1-3. God instructed Abraham to remove his foreskin, as well as the foreskin of every Jewish boy after him, as part of this last covenant. This procedure is known as circumcision, and it is a sign of the Abrahamic covenant.
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____ are a proxy that can be used to recreate past variations in atmospheric carbon dioxide concentrations.
Bubbles in glacial ice are a proxy that can be used to recreate past variations in atmospheric carbon dioxide concentrations.
Although they may appear serene and beautiful, glaciers can create a lot of noise when they begin to melt. According to a recent study, as a glacier's ice melts, compressed old air bubbles escape into the water, creating noise levels that are even higher than those found in rain-lashed seas with 6-meter waves. The noise is present year-round and is loudest between 1 and 3 kilohertz, or roughly the pitches in the piano's two uppermost octaves, according to data collected by underwater sensors at three locations where glaciers meet the sea . The researchers published their findings online this week in Geophysical Research Letters.
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the asthenosphere is the partially melted part of the mantle. what happens when p and s waves encounter the asthenosphere?
When p and s waves encounter the asthenosphere the velocity of the P and S waves change as they hit the asthenosphere.
Seismic velocities depend on the material properties like organization, mineral phase and pressing construction, temperature, and tension of the media through which seismic waves pass. Seismic waves travel all the more rapidly through denser materials and therefore by and large travel all the more rapidly with depth. Irregularly hot regions delayed down seismic waves. Seismic waves move more leisurely through a fluid than a strong. Liquid regions inside the Earth delayed down P waves and stop S waves on the grounds that their shearing movement can't be communicated through a fluid. To some extent liquid regions might dial back the P waves and constrict or debilitate S waves.
Whenever seismic waves pass between geologic layers with differentiating seismic velocities (when any wave goes through media with unmistakably contrasting velocities) reflections, refraction (bowing), and the development of new wave phases (e.g., a S wave created from a P wave) frequently result. Sudden leaps in seismic velocities across a limit are known as seismic discontinuities.
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the ocean floor moves how much per year?
Answer:
The ocean floor moves at different rates depending on the location. In some areas, the ocean floor can move as little as a few millimeters per year, while in other areas it can move several centimeters or more per year. This movement is caused by a variety of factors, including tectonic plate movement, earthquakes, and volcanic activity.
Answer:
It spreads about 6-16 centimeters (3-6 inches) every year. There is not an ocean trench at the East Pacific Rise, because the seafloor spreading is too rapid for one to develop!
Explanation:
in the area immediately surrounding an igneous intrusion, a host limestone is locally metamorphosed to produce marble. what can be said about the relative ages of these rocks?
Marble is selectively metamorphosed from host limestone in the immediate vicinity of an igneous intrusion. The marble must be more recent than the limestone.
An igneous meaning is what?formed as magma solidifies. igneous rock associated with, produced by, or indicative of magma intrusion or extrusion or volcanic activity, or associated with, related to, or resembling fire. Based on their chemical makeup, igneous rocks can be categorized into four groups: moderate, mafic, and ultramafic.
What are some igneous examples?Extrusive igneous rocks, which consolidate on and above the Planet's surface, include andesite, basalt, lava, pumice, rhyolite, and scoria. Igneous rocks, which solidify just below Earth's surface, include diorite, gabbro, rock, and pegmatite.
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Which of the following helps determine past climate on the basis of tree rings??
a) 180/160 ratio
B) dendrochronogy
C) oxygen isotope analysis
D) pollen analysis
For helping to determine past climate on the basis of tree rings, dendrochronology is use.
The name of the scientific technique for determining the precise year that tree rings were formed is dendrochronology. This can provide information for dendroclimatology, the study of climatic and atmospheric conditions during different historical periods from wood, in addition to dating them. Scientists utilise dendrochronology to calculate the age of ancient structures and artefacts. Trees are an uncommon set of buddies for archaeologists. By examining the information found in old wood, the scientific technique of dendrochronology can determine the age of an archaeological site. It is a trustworthy dating technique with many applications in archaeology, environmental studies, and other disciplines. As the technique has grown more effective, its importance has increased across numerous industries.
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which type of geologic event is suspected as a source of major climate change and mass-extinction events?
Although the best main cause of mass extinction is suspected to be a massive asteroid impact it is also estimated that volcanic events like explosions and lava seem to have created much more deaths and increased the rate of destruction by a much further extent.
It is suspected to be in about 4 mass extinction events while asteroid impact is suspected to be in just 1.
Although there could be a number of factors amounting to mass extinction and there could be multiple differences in their occurrence but there is one big similarity between them. All of them are said to have permanently brought a change in the systems of how the Earth works whether it is the climate, the ecology, the land, and the water, and almost everything.
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The energy of a photon is related to its a. size. b. mass. c. density. d. wavelength
The energy of a photon is related to its wavelength.
The electromagnetic frequency of a photon has a direct relationship with its energy. The relationship between photon energy and wavelength is such that it is inversely proportional to both. The power of a photon increases with its frequency of significance.
The electromagnetic wave's wavelength and photon energy are inversely related. The photon's energy increases with shorter wavelengths and decreases with longer wavelengths.
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