Answer:
Alpha particles are contains of two neutrons and two protons.
Answer:
Alpha particles are subatomic fragments consisting of two neutrons and two protons. Alpha radiation occurs when the nucleus of an atom becomes unstable (the ratio of neutrons to protons is too low) and alpha particles are emitted to restore balance.
zinc coatings on iron provide protection from corrosion of the iron in ordinary service. what is/are the mechanisms which are active in this coating/substrate pair?
Steel is coated with zinc to prevent corrosion in two different ways: By creating a barrier, they stop oxygen and moisture from getting to the steel surface. Cathodic protection is provided at scratches.
How does zinc stop rusting?Zinc is chemically active and rapidly alloys with other metals. When exposed to air, it forms a thin layer of gray oxide (patina), which prevents the metal from corroding further due to deeper oxidation. Corrosion resistance is a crucial quality for the usage of the metal.
Zinc is used to prevent corrosion because it is more reactive than iron and when oxygen in the air interacts with the surface of zinc, a highly dense and impenetrable layer of zinc oxide forms. This physical barrier shields the zinc from corrosion.
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the radium isotope has a half-life of 1600 years. a sample begins with atoms. how many are left after (a) 200 years, (b) 2000 years, and (c) 20,000 years?
Atoms * 0.881 for 200 years, Atoms * 0.215 for 2000 years and Atoms * 0.000244 for 20,000 years are left.
What are Radium isotopes?
Radium isotopes are radioactive isotopes of the element radium. They are produced naturally as a result of the decay of uranium and thorium in the environment, and they can also be produced artificially in nuclear reactors. Radium isotopes are used in a variety of applications, including medical diagnostics, cancer treatments, and industrial radiography.
So,
a) For 200 years,
Step 1: Calculate the number of half-lives that have passed in 200 years.
200 years / 1600 years = 0.125 half-lives.
Step 2: Calculate the amount of radium remaining using the formula:
Amount Remaining = Initial Amount * (1/2)^(Number of Half-Lives)
Amount Remaining = Atoms * (1/2)^0.125
Amount Remaining = Atoms * 0.881.
b) For 2000 years,
Step 1: Calculate the number of half-lives that have passed in 2000 years.
2000 years / 1600 years = 1.25 half-lives
Step 2: Calculate the amount of radium remaining using the formula:
Amount Remaining = Initial Amount * (1/2)^(Number of Half-Lives)
Amount Remaining = Atoms * (1/2)^1.25
Amount Remaining = Atoms * 0.215.
c) For 20,000 years,
Step 1: Calculate the number of half-lives that have passed in 20,000 years.
20,000 years / 1600 years = 12.5 half-lives
Step 2: Calculate the amount of radium remaining using the formula:
Amount Remaining = Initial Amount * (1/2)^(Number of Half-Lives)
Amount Remaining = Atoms * (1/2)^12.5
Amount Remaining = Atoms * 0.000244.
What are Atoms?
Atoms are the basic building blocks of all matter. They are tiny particles that are composed of protons, neutrons, and electrons. Atoms are the smallest unit of matter that can exist, and they form the basis of all chemical elements.
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The iron corrosion, rusting, can be prevented by coating with __________, __________ and __________ .
A balloon with no molecule inide of it i placed on top of a flak that wa filled with ethanol vapor at a temperature of 270 K. It wa determined that the flak ha a total volume of 150 mL. What would be the volume of the balloon after the flak wa heated to a temperature of 330 K? The quetion i aking for the volume of the balloon after heating, not the total volume of the flak and the balloon
The volume of the balloon after heating, not the total volume of the flak and the balloon is 0.18 L.
An ideal gas is a theoretical gas composed of many randomly transferring factor particles that aren't difficult to interparticle interactions. the best gasoline idea is beneficial because it obeys the precise gas law, a simplified equation of country, and is amenable to evaluation under statistical mechanics.
Volume is a degree of occupied three-dimensional space. it's far more frequently quantified numerically the usage of SI-derived gadgets or by way of diverse imperial gadgets. The definition of length is interrelated with the extent.
Using the ideal gas equation:-
Given;
V₁ = 150 mL = 0.150 L
T₁ = 270 K
V₂ = ?
T₂ = 330 K
V₁/T₁ = V₂/T₂
V₂ = V₁T₂/T₁
= 0.150 × 330 / 270
= 0.18 L
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Rachel is performing an acid-base titration. She hopes to determine the concentration of an unknown acid solution to two decimal places. Which is the best tool to find the volume of the base that she needs to neutralize the acid? beaker erlenmeyer flask graduated cylinder buret.
in laboratory, the best answer is a buret.
What is buret?A burette is a graduated and the glass tube with a tap at the one end, for delivering the known volumes of to a liquid, especially in the titrations. It is a long, graduated glass tube, with in a stopcock at its lower end and a tapered capillary and tube at the stopcock's outlet.
It is the standard tool used in a titration method. Also, it is the best glassware because you can read directly the amount of volume added to a solution.
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Answer: Buret
Explanation:
when 0.1 mol of a is mixed with 0.1 mol of b in the reaction chamber and the reaction runs to completion, the 1500 ml of water in the calorimeter heats up from 24.2°c to 25.9°c. what is δh° for the reaction in kj/mol?
When 0.1 mol of a is mixed with 0.1 mol of b in the reaction chamber and the reaction runs to completion, the 1500 ml of water in the calorimeter heats up from 24.2°C to 25.9°C. ΔH for the reaction in kJ/mol is 106.59 kJ/mol
The ΔH for the reaction is given as :
ΔH = m c ΔT
where,
mass, m = 1500 g ( density of water is 1 g / mL)
c = specific heat = 4.18 J/ g °C
ΔT = 25.9°C - 24.2°C = 1.7 °C
ΔH = 1500 × 4.18 × 1.7
ΔH = 10659 J
ΔH = 10.659 kJ
mole = 0.1 mol
ΔH = 10.659 / 0.1
ΔH = 106.59 kJ/mol
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would transition a represent emission or absorption of light? how would the wavelength of the emitted or absorbed photon compare to that of the photon involved in transition c? explain.
Transition A represents emission of light. This is shown by the downward facing arrow. This photon compares to transition C in the simple fact that A gave up 12.1 eV (therefore it is more intense), whereas C only gave up 10.2 eV (less intense).
The photon A and photon B frequencies were not specified in this case. It is impossible to determine which photon has more energy than the other as a result. It should be noted that the wavelength and electromagnetic frequency of the photon are inversely correlated with the quantity of energy. The corresponding wavelengths were described, but this description is insufficient to estimate the energy of each photon. In conclusion, the wavelength reduces the energy of the photon whereas the frequency controls its amount of energy.
would transition a represent emission or absorption of light? how would the wavelength of the emitted or absorbed photon compare to that of the photon involved in transition c? explain.
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How much is required to change 52.2 grams of liquid water into steam from room temperature (25 Celsius) to 115 Celsius
Heat change, ΔH, required to change 52.2 grams of liquid water into steam from room temperature (25 Celsius) to 115 Celsius is 135915.228 J.
What is the heat change required?
The heat change required to change 52.2 grams of liquid water into steam from room temperature (25 Celsius) to 115 Celsius is determined as follows:
Heat change required, ΔH = ΔH₁ + ΔH₂ + ΔH₃
ΔH₁ is heat required to change liquid water at 25°C to water at 100°C
ΔH₁ = mass * specific heat capacity * temperature change
specific heat capacity of water = 4.184 J/g/K
ΔH₁ = 52.2 * 4.184 * (100 - 25)
ΔH₁ = 16380.36 J
ΔH₂ is the heat required to convert water at 100°C to steam at 100°C
ΔH₂ = mass * latent heat of vaporization of water
latent heat of vaporization of water = 2260 J/g
ΔH₂ = 52.2 * 2260
ΔH₂ = 117972 J
ΔH₃ is the heat required to change steam at 100°C to water at 115°C
ΔH₁ = mass * specific heat capacity * temperature change
specific heat capacity of steam = 1.996 J/g/K
ΔH₁ = 52.2 * 1.996 * (115 - 100)
ΔH₁ = 1562.868 J
Heat change required, ΔH = 16380.36 J + 117972 J + 1562.868 J
Heat change required, ΔH = 135915.228 J
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WHAT is (1) way you can tell the DIFFERENCE between Eukaryotic and Prokaryotic cells.
The one way you can the difference between Eukaryotic and Prokaryotic cells is the presence of a membrane-bound nucleus.
Eukaryotic cells are organisms that have a membrane-bound nucleus. They are multi-cellular and have a large cell size. They are more complex and have a linear DNA form. They are normally found in animals, plants, etc.
Prokaryotic cells are unicellular organisms with no membrane-bound nucleus. They have small cells. They are simple and circular, and are encased by a cell wall. They do not have any mitochondria in them.
They both help in protein synthesis. They belong to the kingdom of bacteria.
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a 70 kg human body typically contains 140 g of potassium. potassium has a chemical atomic mass of 39.1 u and has three naturally occurring isotopes. one of those isotopes, 40k, is radioactive with a half-life of 1.3 billion years and a natural abundance of 0.012%. each 40k decay deposits, on average, 1.0 mev of energy into the body.
The yearly dose is0.03143 Gy
Given that:
Mass of the human body = 70 kg
Mass of potassium in the human body = 140 g
chemical atomic mass of potassium = 39.1
From Avogadro's number, we know that 1 atomic mass of an element contains 6.023 × 10^(23) atoms
Thus,
140g of potassium will contain;
(140 × 6.023 × 10^(23))/(39.1) = 2.1566 × 10^(24) atoms
We are told that the natural abundance of one of the 40K isotopes is 0.012%.
Thus;
Number of atoms of this isotope = 0.012% × 6.023 × 10^(23) = 7.2276 × 10^(19) K-40 atoms
Formula for activity of K-40 is given as;
Activity = (0.693 × number of K-40 atoms)/half life
Activity = (0.693 × 7.2276 × 10^(19))/1300000000
Activity = 3.85 × 10^(10)
We are told that each decay deposits 1.0 MeV of energy into the body.
Thus;
Total energy absorbed by the body in a year = 3.85 × 10^(10) × 1 × 365 = 1405.25 × 10^(10) MeV
Now, 1 MeV = 1.602 × 10^(-13) joules
Thus;
Total energy absorbed by the body in a year = 1405.25 × 10^(10) × 1.602 × 10^(-13) = 2.25 J
1 Gy = 1 J/kg
Thus;
Yearly dose = 2.25/70 = 0.03143 Gy
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Why would it not be pratical to use water for a barometer on a regular basis? what other liquid might be a good option?.
Using water for a barometer is not practically good, as water has a very low density so to create pressure, a large volume will be required which is not cost-effective, choose mercury, for it as it has high density.
What is Barometer?
An instrument for measuring air pressure in a specific environment is a barometer. Short-term changes in the weather can be forecasted based on pressure tendencies. The surface weather analysis makes extensive use of air pressure sensors. It will assist in locating pressure systems, frontal limits, and surface troughs. It is a scientific tool that is useful for determining barometric pressure, which is the measurement of atmospheric pressure.
What is Density?
It is a mass of a substance per unit volume. d = M/V, where d is density, M is mass, and V is volume, is the formula for density.
Hence, using water for a barometer is not practically good, as water has a very low density so to create pressure, a large volume will be required which is not cost-effective, choose mercury, for it as it has a high density.
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why is tin a metal and carbon is a nonmetal even though they are in the same family in terms of atomic structure
Answer:
Tin and carbon are both in the same family on the periodic table because they have similar atomic structures. Both are in group 14 of the periodic table, which means they have four valence electrons in their outermost energy level. However, they are classified as different types of elements because of their different properties.
Tin is a metal because it is a good conductor of heat and electricity, has a shiny, metallic appearance, and is malleable and ductile, meaning it can be easily shaped and molded. Carbon, on the other hand, is a nonmetal because it is a poor conductor of heat and electricity, is not shiny, and is not malleable or ductile.
One of the main factors that determine whether an element is a metal or a nonmetal is its ability to conduct heat and electricity. Metals are generally good conductors, while nonmetals are generally poor conductors. The position of an element on the periodic table can give some indication of its conductive properties, but it is not the only factor.
The melting point of a solid is 24.9°C. As heat is added to melt the solid, what happens to the particles?
When solids melts to form liquids by applying heat, the closely packed particles of the solid gets apart and the intermolecular force of attraction weakens. Thus, they starts to flow.
What is melting point?Melting point of a substance is the temperature at which the solid state converts to liquids state where the two states are in equilibrium. In solid state, the particles are closely packed by the strong intermolecular force of attraction.
In liquid state, the force of attraction between the particles is less than that in solids and they have some space in between to move apart. Therefore they don't have definite shape and will flow.
When solids are heated to the melting point, the particles inside acquires heat energy to move apart and starts to melt finally forms their liquid state.
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which of the following options correctly describe a titration? select all that apply. multiple select question. in a titration the volumes of both solutions must be known. in a titration, the standard solution is one that has an accurately known concentration. a titration relies on a reaction that takes place in solution. a titration can only be used to determine the concentration of an acid or a base. the concentrations of both solutions must be known before the titration is carried out.
Statement correctly describes a titration : A titration relies on a reaction that takes place in solution.
What Is Meant by TitrationBasically, titration is a chemical method to determine the concentration of a solution. The trick is to react a solution in a certain volume with another solution whose concentration of the substance is known. This known solution is called a frozen solution. While the purpose of the titration itself is to determine the pH level of a chemical substance. The end point is when the indicator changes color.
This titration measurement usually uses several special tools, including a burette, stative, Erlenmeyer tube, rubber suction cup, watch glass, dropper pipette, measuring flask, and volume pipette. One of the conditions for the titration to run well is that it is characterized by a fast reaction, you can even use a catalyst to speed up the reaction. Furthermore, the reaction proceeds simply and the stoichiometric equation is clear. Then there are no side reactions that can affect the main reaction.
Titration TypeBased on the type, the titration is divided into four types. The three types are redox titrations, complexation titrations, and acid-base titrations and argentometry. For more details about these three types of titration, you can see in the following review.
Redox Titration
For this type of redox titration is a type of titration that processes with redox reactions. Redox in titration is still divided into three. Namely those that use I2 and are indirect titrations. This is because the reacted I2 is still made by the previous redox reaction. Meanwhile for the second type is iodometric titration which is used directly in I2 and can be called a direct reaction. The third type of redox is permanganometric where the reaction utilizes Mn2+ ions.
Complexation TitrationThis type of complexation titration is actually a titration that uses complexation reactions and the formation of complex ions. Its use is usually to analyze metal levels. When you want to do a type titration there are several things to consider. This is more because the formation of complex ions is very specific under certain conditions.
Acid Base TitrationThe third type of titration is the acid-base titration. Actually, for this titration it refers more to a quantitative analysis method based on acid-base reactions. The indicators used are usually those that can profile the color change at a certain pH.
Argentometry TitrationThis last type is argentometric titration. This titration is a titration commonly used for precipitation reactions. Based on the principle of argentometric titration regarding solubility as well as the product constants of the reacting reagents. The method for Argentometric titration is divided into the Mohr method, the Volhard method, and the Fajans method.
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Which use of iron is due to its chemical properties?
Answer:
used as displacement agent dueing chemical reaction.
Explanation:
A chemical property of iron is that it is capable of combining with oxygen to form iron oxide.Iron forces hydrogen out of compounds by a displacement reaction.
Answer: oxygen bonding
Explanation: the iron found in blood is used to bind oxygen molecules so they can be transported.
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Answer choices
Na2SO4
Al2(SO4)3
BaCl2
NaOH
Na2CrO4
Ba(NO3)2
a sample of 63.6 grams of copper completely reacted with oxygen to form 71.6 grams of a copper oxide product. how many grams of oxygen must have reacted?
16.01 grams of oxygen must have reacted .
Calculation :
Reaction : 2Cu + O₂ -> 2CuO
Theoritical moles of Cu : O₂ = 2 : 1
Moles of Cu = mass/molar mass = 63.6/63.546 = 1.001 mol
Moles of O₂ = mass/molar mass = 71.6/32.0 = 2.238 mol
Experimental of Cu : O₂ = 1.001 : 2.238 = 0.4 : 1.0
Excess reactant is O₂
Limiting reactant is Cu
Moles of O₂ reacted = 0.5*moles of Cu
moles of O₂ reacted = 0.5 x 1.001 = 0.5004 mol
mass of O₂ reacted = moles x molar mass = 0.5004 x 32.00 = 16.01 g
mass of O₂ reacted is 16.01 g
A chemical reaction is the process of chemical transformation of one group of chemicals into another group. Classical chemical reactions involve changes that affect only the position of electrons in forming and breaking chemical bonds between atoms, with no changes in the nucleus (no changes in the elements present) and many If , it can be described by a chemical equation. Nuclear chemistry is a subfield of chemistry that deals with chemical reactions of unstable radioactive elements in which both electronic and nuclear changes can occur.
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Seals, sea birds, and polar bears use arctic sea ice like that shown below as a place to find food and shelter and to raise young.
Seals, sea birds, and polar bears use arctic sea ice like that shown below as a place to find food and shelter and to raise young.
Due to increased melting of the arctic sea ice, many of these organisms are unable to gather sufficient amounts of food or raise offspring to maturity. Based on this information, which of the following statements is a reasonable conclusion about the Arctic ecosystem?
Due to increased melting of the arctic sea ice, many of these organisms are unable to gather sufficient amounts of food or raise offspring to maturity. Based on this information, which of the following statements is a reasonable conclusion about the Arctic ecosystem?
Answer Explanation:
A reasonable conclusion about the Arctic ecosystem based on the information provided is that the melting of the Arctic sea ice is negatively impacting the ability of seals, sea birds, and polar bears to find food and shelter and to raise their young. This melting is likely to have other impacts on the ecosystem as well, such as changes in the distribution and abundance of other species that depend on sea ice for their survival. Overall, the melting of the Arctic sea ice is likely to have significant and potentially detrimental effects on the Arctic ecosystem and the organisms that live there.
4. A general description of the single replacement reaction in this exper- iment is: metal + salt in solution → "new" metal + "new" salt solution. Give a balanced equation for another example of this type of single re- placement reaction.
Answer:
Salt°37Water°Solution.
Explanation:
It will be snow because H2o + Car36° - 47° = Snow because water + salt will dissolve into snow. The metal and salt in solution will be salt water. H2° + Car36° - 47° = Salt°37Water°Solution.
what did schrodinger discover that bohr did not understand
Answer: Erwin Schrödinger showed that the quantization of the hydrogen atom's energy levels that appeared in Niels Bohr's atomic model could be calculated from the Schrödinger equation,
Explanation:
Silver does not corrode in air or water.
What word can we use to describe this
property of silver?
Silver is known in the chemistry world as a noble metal which means it is resistant to corrosion, but not completely.
Explanation:I hope my answer helped you! If you need more information or help, comment down below and I will be sure to respond if I am online. Have a wonderful rest of your day!
The table lists good and poor conductors of heat.
Good Conductors Poor Conductors
steel
copper
aluminum
gold
glass plastic
rubber
wood
Which best describes materials that are poor conductors of heat?
O A. soft
• B. hard
• C. not metal
• D. not smooth
Good Conductors ;
copper, gold, aluminum, steel
Poor Conductors ;
glass ,rubber, wood, plastic,
What are good and poor conductors of heat ?Steel and bronze have the lowest heat conductivity, while metals like copper and aluminum have the highest. Copper is a good material for heat exchangers because it is a good heat conductor. Examples of effective electrical and heat conductors are gold, silver, and iron.
Non-metals are poor heat conductors. Rubber and plastic are two examples of lousy conductors.Metals such as copper, silver, and others make good conductors. Poor conductors are substances that do not permit the flow of electricity through them. Poor conductors include, for example, rubber, glass, and wood. Copper iron, for instance. faulty conductors "Bad conductors of heat" or "poor conductors of heat" refers to materials that do not readily conduct heat. Think of wood cloth.To know more about Conductors please click here ; https://brainly.com/question/492289
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A beam of radiation has an energy of 2.57×102 kJ/mol. What is the wavelength of this light?
consider a reaction where the kc is 12.6 and the rate constant for the reverse reaction is 5.1 x 10^-2 sec. what is the rate constant
Using the equilibrium constant mean formula, the rate constant of the reverse reaction is 64.26 × 10∧-2 sec.
What does the Equilibrium constant mean?The value of a chemical reaction's reaction quotient at chemical equilibrium, a condition that a dynamic chemical system approaches when enough time has passed and at which its composition has no discernible tendency to change further, is the equilibrium constant for that reaction. The equilibrium constant is independent of the initial analytical concentrations of the reactant and product species in the mixture for a given set of reaction conditions. As a result, the composition of a system at equilibrium can be calculated from its initial composition using known equilibrium constant values. However, factors affecting the reaction such as temperature, solvent, and ionic strength may all affect the equilibrium constant's value.
Given;
Kc=12.6;
Rate of backward Reaction=Rb=5.1×10∧-2 sec;
Now,
Kc = [tex]\frac{Rf}{Rb}[/tex];
Rf = Kc × Rb;
⇒Rf = 12.6×5.1×10∧-2 = 64.26×10∧-2 sec.
⇒Rf = 64.26×10∧-2 sec.
Using the equilibrium constant mean formula, the rate constant of the reverse reaction is 64.26 × 10∧-2 sec.
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What is the relative atomic mass for interactium?
Interactium has a relative atomic mass of 289.42 amu.
What is an atomic formula relative?The total of the relative atomic masses of the atoms in the formula is the relative formula mass of a material made up of molecules. M r is the abbreviation for the relative formula mass. Determine how many atoms of each element there are in the chemical formula to determine the M r for a compound.
How is the relative difference determined?As a percentage of the reference value, the relative difference expresses the magnitude of the absolute difference: Reference value is the difference between the two values being compared (relative difference = absolute difference reference value). A fraction is produced via the relative difference formula.
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in order for stanley miller to get organic molecules from inorganic molecules, which compound could not be present
Large and complex molecules like DNA and protein were not present, but Miller-Urey experiment showed that some of the building blocks for these molecules could be formed from simple compounds.
What is Stanley Miller experiment?Stanley Miller and Harold Urey did an experiment to test Oparin and Haldane’s ideas and they found that organic molecules could be produced under reducing conditions thought to resemble that of early Earth.
Miller and Urey built a system having a heated pool of water and a mixture of gases that were abundant in the atmosphere of early earth. To simulate the lightning that might have provided energy for chemical reactions in early atmosphere of Earth, Miller and Urey sent sparks of electricity through their experiment. After letting this experiment run for a week, Miller and Urey found that different types of amino acids, sugars, lipids and other organic molecules had formed.
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If you have equal volumes of two different substances the denser the substance is lighter
If you weigh equal amounts or volumes of two different liquids, the liquid that weighs more is more dense.
What do you mean by volume?Volume is defined as the space occupied within the boundaries of an object in three-dimensional space. It is also known as the capacity of the object.
Moreover, volume is the amount of space a three-dimensional object occupies and it is measured in cubic units. Two examples of cubic units are cm3 or in3. Mass on the other hand is a measure of how much matter is in an object. Mass is often measured by how much something weighs (in units like pounds or kilograms).
Therefore, volume pertains to the three-dimensional space that is occupied by an object (i.e. solid, liquid, gas, or plasma). Volumes are determined by calculating the length, width, and height of the occupied space by an object.
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What solute particles are present in an aqueous solution of ch3coch3 c h 3 c o c h 3 ?.
Only one solute particles are present in an aqueous solution of CH₃COCH₃.
What is electrolytes?
When dissolved in water, electrolytes are materials that have a natural electrical charge that is either positive or negative. In addition to other things, they support your body's ability to control chemical processes and keep the fluid levels inside and outside of your cells in equilibrium.
Electrolytes include substances like sodium, potassium, calcium, magnesium, chloride, and phosphate.
The electrolyte category also includes water, which puts it in the same group as necessary minerals.
Therefore, Only one solute particles are present in an aqueous solution of CH₃COCH₃.
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a 250 ml sample of saturated a g o h solution was titrated with h c l , and the endpoint was reached after 2.60 ml of 0.0136 m h c l was dispensed. based on this titration, what is the k s p of a g o h ?
The ksp of AgOH is 1.98×10⁻⁸.
AgOH+HCL⇒AgCL(s)+H²O
Knowing the response⇒C₁V₁=C₂V₂
(AgOH) (HCL) (HCL)
By replacing, we obtain
⇒C₁×250ml=0.0136×2.60ml
C₁=0.0136×2.60/250
=0.000141
Now
AgOH=Ag+(OH)-
Hence,
=s²
=(0.000141)²
=1.98×10⁻⁸
So, the aforementioned answer is correct.
Why do you use the term "titration"?Titration is a method of chemical analysis where the quantity of a sample's ingredient is determined by adding a precisely measured amount of a different substance to which the desired constituent will react in a specific, known proportion.
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If someone drops a cup, it falls to the ground. Why doesn't the gravitational * 5 force between the persor's hand and the cup keep the cup from falling
Answer:
it dosent have gravity bc it's fallen