Airat 100ºF and 2 atm is passed through a shallow bed ofnaphthalene spheres ½ in. in diameter at rate of 5 ft/s, based onthe empty cross sectionof the bed.
What is of naphthalene?The simplest polycyclic aromatic hydrocarbon, naphthalene is an organic chemical with the formula It is a white crystalline solid with a distinctive odor that may be detected at concentrations as low as 0.08 ppm by mass. The structure of naphthalene is a fused pair of benzene rings, making it an aromatic hydrocarbon. The primary component of conventional mothballs is what makes it most well-known.
Two distinct accounts from the early 1820s mentioned a white solid produced by the distillation of coal tar that had a strong odor. In 1821, John Kidd cited these two disclosures and went on to discuss many of the qualities and methods of manufacturing of this drug. He suggested calling it naphthaline.
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What is the molarity of lioh after 274 ml of 5.00 m lioh are diluted with an additional (not total) 484 ml of water?
The molarity of LiOH is 1.81 M.
c₁(LiOH) = 5.00 M; original concentration of the solution of LiOH, before it gets diluted
V₁(LiOH) = 274 mL; volume to be diluted
V₂(LiOH) = 274 mL + 484 mL
V₂(LiOH) = 758 mL; the final volume after dilution
c₂(LiOH) = ?; final concentration of the solution, after dilution
c₁ · V₁ = c₂ · V₂; formula for calculation the molarity of a diluted solution
c₂(LiOH) = c₁ · V₁ ÷ V₂
c₂(LiOH) = 5.00 M · 274 mL ÷ 758 mL.
c₂(LiOH) = 1.81 M; molarity of LiOH
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If you were making a dilution of a culture and placed 1 ml of the original stock culture into a 99-ml water blank, the resulting dilution factor would be?
If you were making a dilution of a culture and placed 1 ml of the original stock culture into a 99 ml water blank, the resulting dilution factor would be 1/100
Calculation ,
volume of stock transferred ( Vi ) = 1 ml
Diluent volume = 99 ml
The dilution factor (DF) : ratio of concentration of stock solution and diluted solution or ratio of the volume of final solution to the initial volume from stock solution
From equation of dilution :
M₁V₁=M₂V₂
Dilution factor = volume of stock transferred ( Vi ) / Final volume ( Vf )
The Final volume ( Vf ) = Diluent volume + stock volume
After putting the value of all given term in above equation we get the value of dilution factor .
Dilution factor = 1 ml / 1+ 99 = 1 / 100
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What is the total concentration of phosphate ions (in M) in a 2. 1 M aqueous solution of magnesium phosphate?
The total concentration of phosphate ions in an aqueous solution of magnesium phosphate is 4.2 M.
The balanced chemical equation for the reaction of dissociation of magnesium phosphate in water:
Mg₃(PO₄)₂(aq) → 3Mg²⁺ (aq) + 2PO₄³⁻ (aq)
From the balanced chemical equation of dissociation of magnesium phosphate: n(Mg₃(PO₄)₂) : n(PO₄³⁻) = 1 : 2
There are two phosphate ions in one molecule of magnesium phosphate.
c(Mg₃(PO₄)₂) = 2.1 M; the concentration of magnesium phosphate
c(PO₄³⁻) = c(Mg₃(PO₄)₂) × 2
c(PO₄³⁻) = 2.1 M × 2
c(PO₄³⁻) = 4.2 M; the total concentration of phosphate ions in an aqueous solution of magnesium phosphate
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both include steps involving reactions that result in the release of carbon dioxide. both include steps involving the hydrolysis of organic molecules. both sets of reactions occur within the mitochondria. both include steps involving the oxidation of organic molecules.
The common feature of both sets of reaction is represented as that both include steps involving the hydrolysis of organic molecules.
Which phases of cellular respiration release carbon dioxide (CO2)?The carbon skeleton of glucose has been broken down to CO2 with some net gain in ATP after glycolysis and the citric acid cycle, but before the electron transport chain and oxidative phosphorylation.
Where does the carbon dioxide come from?Answer and justification the citric acid cycle is the phase of cellular respiration where carbon dioxide is released. The Krebs cycle, oxidative phosphorylation, and glycolysis are the three phases of aerobic cellular respiration.
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ASAP!!!!!!!! test!! will give brainlist!!
Answer:
the answer to your question is D. 4.5 seconds hope this helps.
Explanation:
Choose the hypothesis for the controlled experiment that answers the question: “How does temperature affect the color of leaves on a tree?”
Cooler temperatures cause leaves to change color faster.
Deciduous leaves change color, while coniferous leaves don’t.
Warmer temperatures in the fall makes leaves produce chlorophyll.
Leaves are green because of the compound chlorophyll.
The correct hypothesis is that: Cooler temperatures cause leaves to change color faster; option A
What is a hypothesis?A hypothesis is a statement put forward to explain an observation without having done prior experiments to confirm or disprove the statement.
A controlled experiment is an experiment in which no changes are introduced by the researcher on the variables of the experiment.
Considering a controlled experiment that answers the question: “How does temperature affect the color of leaves on a tree?”
The hypothesis will be that either temperature affects the color of leaves on the tree or that temperature has no effect on the color of the leaves on the tree.
In conclusion, a hypothesis tries to explain an observation.
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What happens to the electrical potential of te refernece electrode as ph changes?
The redox potential rises as the pH drops. The redox potential also drops when the pH rises and the hydrogen ion concentration falls.
Waht is reference electrode?
A reference electrode is an electrode with a consistent and recognized electrode potential. Employing a redox system with constant concentrations of each redox reaction participant typically results in the electrode potential being highly stable. Reference electrodes can be utilized in a variety of applications.
The term "reference electrode" refers to an electrode whose potential is either arbitrarily assumed to be zero or is precisely understood. Examples of reference electrodes include the Standard Hydrogen Electrode (SHE), the calomel electrode, the silver-silver chloride electrode, and the glass electrode.
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energy is released during which phase changes? check all that apply.boilingcondensingdepositingfreezingmeltingsubliming
Energy is released during these phase changes : Freezing, Depositing and Condensing.
During phase change, the matter changes from one state to another and the energy goes exclusively to changing the phase of any substance.
During condensation, freezing, and deposition, phase changes and water releases energy so that the energy released helps the molecules of water in changing the bonding pattern of matter. this allows to transform them to a lower state of energy.
These reactions or processes are exothermic in nature.
Condensation is a process in which a gas is condensed into a liquid. During this, the quantity of energy which gets converted into heat energy from chemical energy, known as heat of condensation.
Freezing releases energy as when liquid turns into solid or water turns into ice, the water molecules moves towards each other.
Depositing is an exothermic process a it releases energy. Heat is eliminated from gas at specific point of pressure, where kinetic energy is not enough in the gas molecules to prevail over intermolecular forces.
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Which of the compounds, c5h12 , bai2, zn(no3)2, ocl2, are expected to exist as molecules?
Pentane ( C5H12) and Oxygen Dichloride (OCl2) would be the expected answer.
Because Pentane ( C5H12) and Oxygen Dichloride (OCl2) both are forming covalent bonds that is they are covalently connected together and they tends to contribute and share electrons in order to gain the stability.
On the other hand Barium Iodide (BaI2 ) and Zinc Nitrate Zn(NO3)2 both are forming ionic bonds that is the bond formation is due to two way electrostatic attraction. And the ionic compounds are not expected to exist as a compound.
Hence the compounds that are expected to exist as a molecule would be Pentane (C5H12) and Oxygen Dichloride (OCl2).
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Calculate the nuclear binding energy per nucleon for tl205 which has a nuclear mass of 204.974 amu .
The nuclear binding energy per nucleon for tl205 which has a nuclear mass of 204.974 AMU is 7.68emv.
How do you compute binding energy per nucleon in MeV?If we have a nucleus with Z is for protons and N is for neutrons and mass as MA, where
A = Z+N
then its binding energy in MeV is provided by:
Eb (MeV) = ( Zmp + Nmn -MA) x 931.494 MeV/u
Operating in terms of the actual binding energy, we estimate as follows.
We get 7.68 emv.
Nuclear binding energy is described as the lowest amount of energy required to dismantle or break down an atom's nucleus into the subatomic particles that make it up (which are protons and neutrons).
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what quantity in moles of phosphorus atoms do you have if you have 4.60 × 10²² atoms of phosphorus. (the mass of one mole of phosphorus is 30.97 g.)
4.60 * 10^22 atoms P = 4.60 * 10^22/6.023 * 10^23 mole of P
which is equal to 0.0763 mole P
What are moles?
A mole is defined as the volume of substance that has the same number of discrete entities as a 12 g sample of pure 12C (atoms, molecules, ions, etc.). The Latin meaning of the term "mole" is "large mass" or "bulk," which is appropriate given that it is used as the name for this unit.
Now for the given question,
6.023 * 10^23 atoms Phosphorus = 1 mole of P
Thus, 4.60 * 10^22 atoms P = 4.60 * 10^22/6.023 * 10^23 mole of P
which is equal to 0.0763 mole P.
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acids are substances that produce hydrogen ions (h ) when dissolved in water. lemon juice is an example of an acid.
The lemon juice taste like a juice sour and citrus .It is an acid and react with metal to form salt and produce hydrogen gas.
What are metals?A metals are defined as those element which has characteristic chemical and physical properties.
Lemon juice react with metal to form salt and produce hydrogen gas.
2H+ (l) + M (s) -> M2+(s) + H2(l)
Acid is a molecule or ion capable of donating a protons.
Base is a molecule or ion capable of accepting a protons.
Thus, the lemon juice taste like a juice sour and citrus .It is an acid and react with metal to form salt and produce hydrogen gas.
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Your question is incomplete, but probability your full question was
Acids are substances that produce hydrogen ions (h ) when dissolved in water. lemon juice is an example of an acid.
What does the lemon juice taste like and how it react with some metals?
Which compound will elute last from a silica filled column: 4-hydroxynitrobenzene or 2-hydroxynitrobenzene? why
4-hydroxynitrobenzene will elute last from the silica filled column.
A scientific method for dissolving a mixture into its constituent parts is chromatography.the chromatographic procedure of removing an adsorbate from a solid adsorbing media called elute using a solvent. separating an antibody from the antigen it is bound to.In reverse phase liquid chromatography, stationary phase is non-polar in nature and becomes more non-polar as the number of carbon chains grows.The order of elution from a column usually follows the series: alkyl halides < saturated hydrocarbons < unsaturated hydrocarbons < ethers < esters < ketones < amines < alcohols < phenols < acidsare typically eluted from columns in the following order. Salts and polymeric substances frequently do not elute. Solvents: For adsorbent sites, the solvent will compete with the sample.The more polar the solute, the more readily it will dissolve in the stationary phase, remain in the column, and finally elute last. Therefore, in normal phase chromatography, the non-polar component will elute earlier than the polar component between the polar and non-polar components.4-hydroxynitrobenzene is more polar than 2-hydroxynitrobenzene therefore it will elute last.
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when using the liquid-based method for the collection of a specimen for a pap test, which of the following is used?
When using the liquid-based method for the collection of a specimen for a pap test, plastic fronded broom is used
What is checked in a Pap test?The Pap test (or Pap smear) looks for pre cancers, cell changes on the cervix which may become cervical cancer if they are not treated appropriately. The HPV test looks for the virus (human papillomavirus) which will cause these cell changes.
What happens if a Pap test is positive?If the results of your Pap test come back positive, meaning your doctor found abnormal or unusual cells on your cervix. It doesn't suggest you have cervical cancer. most frequently , the abnormal test result means there are cell changes caused by the human papilloma virus (HPV).
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What would be the limiting factor for atp production by glycolysis in a strenuously exercising muscle that lacks lactate dehydrogenase?
In a muscle without lactate dehydrogenase, the availability of NAD+ is what limits the amount of ATP that can be produced by glycolysis.
What is ATP?An organic substance called adenosine triphosphate powers a variety of biological functions in living cells, including muscular contraction, nerve impulse transmission, condensate dissolving, and chemical production.
A vital "energy molecule" present in all living things is adenosine 5′-triphosphate, also known as ATP and typically written without the 5′-. In particular, it is a coenzyme that transfers energy to cells by releasing its phosphate groups when it interacts with enzymes like ATP triphosphatase.
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when using the liquid-based method for the collection of a specimen for a pap test, which of the following is used?
When using the liquid-based method for the collection of a specimen for a pap test, cells are suspended in a bottle of preservative by rinsing the broom in the specimen vial.
What is a pap test?
A Pap test, commonly known as a Pap smear, is a procedure a doctor uses to check for cervical cancer in female patients. Additionally, it may show alterations in your cervical cells that could later develop into cancer.
To detect alterations in cervical cells before they progress to malignancy, a pap smear is performed. The best chance of beating cancer is to discover it as soon as possible. If you don't, early detection of cell alterations can aid in preventing cancer.
Thus, by washing the broom in the specimen vial during the liquid-based method of collecting a specimen for a Pap test, cells are suspended in a bottle of preservative. Cells are immediately deposited on a microscope slide while using the direct smear method to obtain specimens for a Pap test.
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difference between a perfect gas calorically perfect gas thermally perfect gas and chemically reacting gas
Lower pressure is necessary so that gases can travel independently. The temperature needs to be high for gases' kinetic energy to outweigh molecular interactions.
The ratio of the specific heat capacities for air moving at low speeds has a constant value of 1.4. The gas is said to be calorically perfect if the specific heat capacity is a constant value, and the gas is said to be calorically imperfect if the specific heat capacity varies with temperature.
A perfect gas is one that complies with the ideal gas law and has a temperature-independent heat capacity, according to physicists. An ideal gas, as we engineers call it, is one that obeys the ideal gas law plus exhibits a heat capacity that does depend on temperature.
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a "perfect gas" is an idealized gas with certain assumptions about its behavior.
The terms "perfect gas," "calorically perfect gas," "thermally perfect gas," and "chemically reacting gas" refer to different models used to describe the behavior of gases under various conditions. Here's an explanation of each:
1. Perfect Gas:
A perfect gas is an idealized model of a gas that follows certain assumptions to simplify its behavior and make calculations more manageable.
In a perfect gas, the particles have negligible volume and do not interact with each other except through elastic collisions.
The three main assumptions of a perfect gas are:
a. The gas particles have no volume.
b. There are no intermolecular forces between gas particles.
c. The collisions between gas particles are perfectly elastic.
In real-world gases, these assumptions may not hold true, but the perfect gas model is still useful in many engineering and scientific applications,
especially at moderate temperatures and pressures.
2. Calorically Perfect Gas:
A calorically perfect gas is a type of perfect gas that assumes the specific heat capacity of the gas remains constant with temperature.
In other words, the heat capacity (the amount of heat required to raise the temperature of a substance) of the gas does not change over the temperature range of interest.
This assumption simplifies the calculation of heat transfer processes involving the gas.
In reality, most gases exhibit some variation in their specific heat capacity with temperature, but for certain applications where this variation is negligible or unimportant,
the calorically perfect gas model can be used.
3. Thermally Perfect Gas:
A thermally perfect gas is another type of perfect gas that assumes constant thermal conductivity,
which means that the gas's ability to conduct heat remains constant with temperature.
This assumption simplifies the analysis of heat conduction problems involving the gas.
In actual gases, thermal conductivity may vary with temperature and pressure, but the thermally perfect gas model is useful when the variation is negligible for the given application.
4. Chemically Reacting Gas:
A chemically reacting gas is a gas in which chemical reactions are taking place, resulting in changes in the gas composition and properties.
Unlike the previous models, this description goes beyond the idealized assumptions of a perfect gas and considers the influence of chemical reactions on the gas behavior.
Chemically reacting gases are more complex to analyze since the reaction rates, products, and energy exchanges need to be taken into account.
The composition of the gas can vary with time, and it may not be appropriate to use the assumptions of a perfect gas or its variants in these cases.
In summary, a "perfect gas" is an idealized gas with certain assumptions about its behavior.
A "calorically perfect gas" assumes constant specific heat capacity,
a "thermally perfect gas" assumes constant thermal conductivity, and a "chemically reacting gas" considers the influence of chemical reactions on the gas behavior.
Each model serves specific purposes and is applied based on the level of accuracy needed for a particular analysis or problem.
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christopher shaw et al., "aluminum vaccine adjuvants: are they safe?," current medicinal chemistry 18,
The most used vaccination adjuvant is aluminum, which has been shown to be a neurotoxic in experimental settings. But it is abundantly obvious from experimental research that aluminum adjuvants have the potential to cause significant immune problems in people.
What is Aluminum vaccine adjuvants?
Aluminum adjuvants have been used extensively for almost 90 years, yet medical research still has a very limited grasp of how they work. Concerning gaps in knowledge exist on the toxicity and pharmacokinetics of certain substances. Despite this, there seems to be widespread acceptance of the idea that aluminum in vaccinations is safe.
Adjuvant-form aluminum carries a risk for autoimmune, long-term brain inflammation, and associated neurological disorders and may therefore have substantial and widespread negative health effects. According to our assessment, the likelihood that vaccine benefits may have been exaggerated and the risk of potential adverse effects underappreciated has not undergone a thorough evaluation in the medical and scientific community.
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what is the hydronium ion (h3o ) concentration in milk if it has a ph of 8.2? a. 2.75 × 10–4 b. 6.31 × 10–9 c. 3.64 × 103 d. 1.58 × 108
The correct answer is option B.
6.31 × 10–9 mole/dm³
What is hydronium ion?
The aqueous cation H3O+, a particular kind of oxonium ion created by protonation of water, is known by the common term hydronium. It is frequently thought of as the positive ion that results from the proton transfer of Arrhenius acid molecules in solution to the surrounding water molecules.
The concentration of the hydronium ion is equal to that of the H+ ion and is equivalent to H3O+. You can find the H+ ion concentration by:
pH = -log[H⁺]
Given;
pH = 8.2
[H⁺] = 10^(-8.2)
[H⁺] = 6.31 x 10⁻⁹ mole/dm³
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Explain how the compression factor varies with pressure and temperature and describe how it reveals information about the intermolecular interactions in real gases.
The compressibility factor is always greater than unity above the Boyle temperature and rises gradually but steadily with pressure.
What is Boyle temperature?A real gas begins to act like an ideal gas at a certain pressure range at a temperature, which is known as the boyle temperature. A Boyle temperature is the point at which the second coefficient of an equation reaches zero.
The temperature at which a real gas begins to behave like an ideal gas across a specific range of pressure is known as Boyle's temperature or the Boyle point. Compressibility factor Z and pressure P are represented on a graph.
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Each neutral element has a unique number of____ . Therefore, each element releases specific_______ when jumping down from excited state . Each chemical plement produces unique set of _______ Stars are made up of different ________. So we can identify the star's ________ by analyzing the spectrum.
Each neutral element has a unique number of electrons and protons. Therefore, each element releases specific electrons when jumping down from an excited state. Each chemical element produces a unique set of neutrons.
What are subatomic atoms?
Any of the numerous self-contained particles of matter or energy that make up the building blocks of all matter. Also known as an elementary particle. Both the heavier constituents of the atom's small but extremely dense nucleus, the positively charged protons as well as the electrically neutral neutrons, as well as the electrons, the negatively charged, nearly massless particles that still make up the majority of the atom's size, are examples of subatomic particles.
These fundamental atomic building blocks, however, are not the only subatomic particles that have been identified. For example, quarks are the fundamental building blocks of protons, neutrons, and other basic particles. The electron is only one of these particles, along with the muon and neutrino, that belong to this class.
Therefore, each neutral element has a unique number of electrons and protons. Therefore, each element releases specific electrons when jumping down from an excited state. Each chemical element produces a unique set of neutrons.
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What is the name of the compound N2Cl4?
How did you determine the bond type?
What were the steps you used to determine the naming convention for the compound?
The name of the given compound N₂Cl₄ is Dinitrogen Tetrachloride. The compound N₂Cl₄ comprises non-metals (nitrogen and chlorine), therefore bond type between them is covalent bond. The steps used to name the compound is nomenclature used for covalent bonding.
Type of bond can be determined by -
An atom follows octet rule, which means they have 8 electrons in its valence shell. It occurs by sharing or transferring of electrons. A covalent bond is formed when the electrons are shared, and an ionic bond is formed when the electrons are transferred.The given compound has molecular formula N₂Cl₄. Both nitrogen and chlorine are the non-metallic compounds and they are electronegative. This means they gain electrons. Nitrogen and chlorine will complete its octet by sharing the electrons which means they form a covalent bond.Steps used to determine naming convention for the compound are -
In the given compound, two central nitrogen atoms are bonded by the covalent bond by sharing the valence electrons. Two chlorine atoms are connected to each the nitrogen atom by forming the covalent bond. A molecule of the given compound has two nitrogen atoms and four chlorine atoms.Identifying the name of compound -Two atoms of nitrogen = Dinitrogen (di represents two)
Four atoms of chlorine = Tetrachlorine (tetra represents four)
Therefore, N₂Cl₄ is Dinitrogen tetrachloride
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A busen burner flame is sooty black and mixed with an organige- yellow color. which is the probable reason for this condition?
Answer:
the most probable cause is an improper ratio of oxygen for combustion. :)
what is the molarity of a solution prepared by diluting 40.0 ml of 0.0706 m ammonium sulfate to 500.00 ml
The molarity of a solution prepared by diluting 40.0 ml of 0.0706 m ammonium sulfate to 500.00 ml is
Molarity of solution = M₁
Molarity of Ammonium sulfate (M₂) = 0.0706 m
Volume of Solution (V₁) = 40.0 ml
Volume of ammonium sulfate (V₂) = 500.00 ml
According to Dilution formula - M₁V₁=M₂V₂
M₁ = M₂V₂/V₁
M₁ = 0.0706 m × 500 × 10⁻³ L/ 40× 10⁻³ L
M₁ = 0.8825 m
Molarity is defined as number of moles of solute in 1 litre of solution. It is used to measure concentration of a solution. It is also called amount concentration, molar concentration or substance concentration.
Concentration of solution can also be measured using molality, normality etc.
Units: Moles/ litre
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What is the major organic product obtained from the following reaction? os04 nahso4
What is the major organic product obtained from the following reaction? os04 nahso4
OH OH are the two major organic product obtained from the following reaction.
What is organic product?
Produce can be referred to as organic if it was grown on soil without any prohibited substances applied for three years prior to harvest, according to certification. Organic foods include fresh vegetables, meats, and dairy products as well as processed goods like crackers, beverages, and frozen dinners.
Therefore,
OH OH are the two major organic product obtained from the following reaction.
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One student made the incomplete diagram shown below to represent the relationship between sediment, igneous rocks, and metamorphic rocks:
three ovals, labeled from left to right, metamorphic rock, sediment, and igneous rocks respectively.
Which of these is the correct next step to complete the diagram?
Put an arrow labeled heat and melt, pointing from igneous rocks to sediment.
Put an arrow labeled deposition and lithification, pointing from metamorphic rock to sediment.
------------------------------------------------------------------
Put an arrow labeled cools and crystallizes, pointing from igneous rocks to sediments.
Put an arrow labeled heat and pressure, pointing from sediment to metamorphic rock.
Put an arrow labeled heat and pressure, pointing from sediment to metamorphic rock.
What is a rock?A rock is a solid mass that could occur either on the earth surface or in the earth's crust. There are several kinds of rocks that exist. There are the igneous rocks, the sedimentary rocks and the metamorphic rocks.
The igneous rock is the first formed rock. The sedimentary rock is formed from the remains of organisms that pile up overtime. Metamorphic rocks are formed when rocks change overtime.
The correct label that completes the diagram is;
Put an arrow labeled heat and pressure, pointing from sediment to metamorphic rock.
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4.81 ml is taken from a stock solution of concentration 0.800 m and added to a 10.0 ml volumetric flask and diluted up to the calibration mark. what is the new concentration (in m)?
4.81 ml is taken from a stock solution of concentration 0.800 m and added to a 10.0 ml volumetric flask and diluted up to the calibration mark.
What is concentration of a solution?
The amount of solute present in a specific volume of a solution is its concentration. It can be formulated in a variety of ways. The "percentage approach" is the most used way to express a solution's concentration.
Molarity (M) = moles of solute ÷ liters of solution
Here, the concentration of the solution is 0.800 M and the volume of solution is 4.81 ml ( = 0.00481 liter )
So,
0.800 = moles of solute ÷ 0.00481
Or, moles of solute = 0.003848 mole
Now, 4.81 ml solution is poured in a 10 ml ( = 0.01 leter) volumetric flask and diluted up to the calibration mark.
Here, the volume of the solution = volume of the flask
And the moles of solute remains same.
So,
Concentration (M)= 0.003848 ÷ 0.01
= 0.3848
The new concentration will be 0.3848 M.
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why does venus have the largest gravitational attraction of the inner planets?
Venus is the second planet from the Sun and is named after the Roman goddess of love and beauty.
Why does Venus have the largest gravitational attraction of the inner planets?Venus has much lower mass as compared to other planets. The distance between the Earth and Venus is much shorter as compared to the distance between Earth and Jupiter. Similarly, the gravitational force of each of these planets on objects on the surface of Earth is largest for Jupiter.
The radius of Venus is 4.6023×108 km2, the mass of Venus is 4.8675×1024 kg, and has a density of 5.243 g/cm3 so that's why Venus is equivalent in size, mass and density of the Earth. So that's why the gravity on Venus is very close to that of Earth.
So we can conclude that Venus is the second planet from the Sun and is named after the Roman goddess of love and beauty.
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Which is not a desirable aspect of titanium as a material:______
a. good corrosion resistance in salt water
b. high specific strength
c. easy manufacturing in open air environments
d. high yield strength
The correct answer is option C. Easy manufacturing in open air environments is not the desirable aspect of titanium.
What is Titanium?
Although titanium is generally known for its low weight, strength, and great corrosion resistance, it is less well known for its other qualities and its true capabilities. After extensive experimentation following its discovery in 1790, the 'new' metal titanium began to be produced industrially in 1948.
The inorganic compound with the chemical formula TiO 2 is titanium dioxide, sometimes referred to as titanium(IV) oxide or titania. Its names as a pigment include Pigment White 6, Titanium White, and CI 77891.
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Write a function swap that swaps the first and last elements of a list argument.
Swap function swaps the first and last elements of a list argument. By saving the first and last element as a pair in the tuple variable get, you can unpack those elements with the first and last member in that list. The First and Last values in that list have been switched around.
What is swapping of elements?
The elements will be switched, and the new list will print. This application employs the same reasoning as two-number swapping in Python or any other language by swap function. Assign the first element value to the final element, create a temporary variable to keep the last value, and then assign the temporary element value to the first element. Unpack those elements with the first and final element in that list by storing the first and last element as a pair in the tuple variable get. In that list, the First and Last values are now reversed.
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