the heat of vaporization of water at 100°c is 40.66 kj/mol. calculate the quantity of heat that is absorbed/released when 7.00 g of steam condenses to liquid water at 100°c.

Isoelectronic sequence, from smallest to largest radius: Na+, O2, F, Al3+, Mg2+. The ionic radii of isoelectronic species increase as the magnitudes of nuclear charge decrease.

'what is ionic radii?'

The ionic radius is the distance from an ions nucleus that it can influence its electron cloud.

Ions are produced when an atom gets or loses electrons. When an electron is lost, an atom becomes a cation, and when an electron is acquired, an anion. The ionic radius is the distance between an ion's nucleus and its outermost shell.

The atomic size of a cation will be less than that of its parent atom. An ion's size is often larger than that of its parent atom.

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The pH during the titration 20.0 mL OF 0.1000 M NaOH(aq) with 0.1000 M  HCOOH(aq) of after 8.68 mL of the base is added is  3.074

The pH of the titration can be  calculate as follows;

First we should calculate the number of moles,

moles of NaOH = 0.1000 M * 20.00 mL = 2.0 mmol

of moles of HCOOH = 0.1000 M * 8.68 mL =  0.868 mmol

Then we can calculate concentration of excess acid

concentration of excess acid = [(moles acid - molesbase]/V tota

concentration of excess acid = [(2.0 mmol-  0.868 mmol)/(28.68 mL)

concentration of excess acid = 3.94 x 10⁻³ M.

the we can calculate the pH

For weak acids;

[H⁺] = √Ka.C = √(1.8 x 10⁻⁴)(3.94 x 10⁻³ M) = 8.42 x 10⁻⁴ M.

pH = - log[H⁺].

pH = - log( 8.42 x 10⁻⁴ ) = 3.074

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The mass of sodium sulfate required to form 250mL of a solution in which the concentration of sodium ion is 0.183M is 6.53 grams.

The mass of a substance can be calculated by multiplying the number of moles in the substance by its molar mass as follows:

Mass = no of moles × molar mass

However, according to this question, sodium sulfate is has a solution with volume 250mL with a concentration of sodium ions of 0.183M. The no of moles must first be calculated as follows:

moles = 0.183 × 0.250 = 0.046moles

Mass of sodium sulfate = 0.046 × 142.04 g/mol = 6.53 grams.

Therefore, 6.53 grams is the mass of the sodium sulfate solution.

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The mass of sodium sulfate required to form 250 mL of solution in which the concentration of sodium ions is 0.183 would be  3.25 grams.

Sodium sulfate is made up of sodium and sulfate ions according to the following equation:

[tex]Na_2SO_4 --- > 2Na^+ + SO_4^2^-[/tex]

From the equation above, a mole of sodium sulfate is made from 2 moles of sodium ions and 1 mole of sulfate ions.

Recall that: mole = molarity x volume

The mole of 0.183 M sodium ion in 250 mL os solution would be:

0.250 x 0.183 =  0.04575 mol

The equivalent mole of sodium sulfate would be:

0.04575/2 = 0.022875 mol

Recall that: mass = mole x molar mass

The molar mass of sodium sulfate is 142.04 g/mol

Mass of 0.022875 mol sodium sulfate = 0.022875 x 142.04

                                                                = 3.249165 grams

3.249165 grams to 3 significant figures = 3.25 grams.

Thus, the mass of sodium sulfate required would be 3.25 grams.

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2.00 × 10⁻³ g grams of na2co3 are required to react with 0.0118 moles of cocl2.6h2o

Explanation:

Write the balanced decomposition reaction in step one.

2 NaHCO3 = Na2CO3, CO2, and H2O

Step 2: Determine the moles needed to equal 0.0118 g of Na2CO3.

Na2CO3 has a molar mass of 105.99 g/mol.

1.11 104 mol is equal to 0.0118 g 1 mol/105.99 g.

Step 3: Determine how many moles of H2O were created by using 1.11 104 moles of Na2CO3.

Na2CO3 and water have a molar ratio of 1:1. There are 1.11 x 104 moles of H2O created from 1 mole of water.

Step 4: Determine the mass equal to 1.11 104 moles of water.

H2O has a molar mass of 18.02 g/mol.

18.02 g/mol divided by 1.11 104 mol yields 2.00 103 g.

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70/ 2(t/30) mg is the mass that remains after t years, the half-life of cesium-137 is 30 years. suppose we have a 70-mg sample.

Now we have to calculate the mass that remains after 't' years.

As we are given that,

a o= 70 mg

t 1/2= 30 years

Now put all the given values in formula , we get:

a=a0/2(t/t/2)

a= 70/2(t/30) mg

The delicate, golden-colored metal caesium is immediately attacked by air and reacts violently with water. As a drilling fluid, caesium compounds are most frequently used. Additionally, they are employed to produce special optical glass, as a catalytic promoter, in vacuum tubes, and radiation detection apparatus. The universal time standard is also a result of cesium isotopes. Because of this, they are utilised in atomic clocks for cell phone networks, the internet, GPS, and aviation guiding systems.

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Answer: Should be conduction (for the explanation bit it's below)

technically its both conduction and convection but if its one answer only then conduction should be right

explain your answer bit:
I think it is conduction because the heat in the environment is being transferred into the ice, which is warming it up until it reaches thermal equilibrium and then eventually evaporates.


hope this helps!

T-Pentyl Chloride has a density of.8420 g/mL. T-pentyl chloride will float because it has a lower density than water, which has a density of 1.0 g/mL.

Since 2 chloro 2 methyl butane has a lower density than water, it cannot dissolve in water, leading to the formation of organic layers.The solvent 2-Chloro-2-methylbutane is used to synthesize pentane as well as other chemicals. It serves as a catalyst and a petrochemical additive when employed in organic synthesis. Originally, this Alfa Aesar product was sold under the Thermo Scientific name. The heritage brand may be mentioned in some documents and label information. On the basis of quantum chemical calculations, exact estimates of the (IR) spectra for 2-Chloro-2-methylbutane have been made and are available for purchase.

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The deuterium oxide) has a self-ionization constant of 8.9 x 10-16 at 20 OC. Calculate [Dt] and [OD -] for neutral D2O at this temperature is 2.98⋅10−8.

D.+]=[outer diameter − ]=2.98⋅10 −8 M.

step 1

1/2 K_w = 8.9 \cdot 10^{-16}Kw na =8.9⋅10 −16

Let's calculate [D^+][D].+] and [OD^-][OD−].

for pure deuterium oxide.

[D^+] = [OD^-][D +]=[outer diameter −] with this

\begin{align*} K_w &= [D^+] \cdot [OD^-]\\ [D^+] &= [OD^-] = \sqrt {K_w}\\ &= \sqrt {8.9 \ cdot 10^{-16}}\\ &= {\color{#4257b2}2.98 \cdot 10^{-8} \mathrm{M}} \end{align*}.

K.wna [D + ] na =[D+]⋅[OD −] =[outer diameter−]=K.w na na = 8.9⋅10 −16 na =2.98⋅10−8 M.na.

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This reaction decomposes 31.86 g of ch3oh at constant pressure, transferring 250 KJ of heat, as stated below.

The front and rear regions together make up the genuine contact area, and the contact pressure is the ratio of the typical load to this total. Only in the case of plastic contact may it be referred to as the scratch hardness.

Think about the following response:

2CH3OH(g)→2CH4(g)+O2(g)ΔH=+252.8kJ

Determine the amount of heat that is transmitted when this reaction, which occurs at constant pressure, breaks down 31.860g of CH3OH(g).

31.86 g CH3OH(g) (1 mol/ 32.05 g) = 0.99 mol CH3OH(g) +252.8 kJ

Q = 0.99 mol (252.8 kJ) = 250 kJ

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No, reaction does not occur when aqueous solutions of silver(i) acetate and ammonium carbonate are combined.

What is an aqueous solution?

Aqueous solutions are made up of water and one or more dissolved materials. Solids, gases, or other liquids can all dissolve in an aqueous solution.

Silver (I) acetate has moderate solubility in water,  hence it it does not form precipitate on mixing with ammonium acetate.

Therefore, reaction does not occur when aqueous solutions of silver(i) acetate and ammonium carbonate are combined.

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The change in momentum of the smaller object is smaller than the change in momentum of the larger mass, but not zero.

In most cases, momentum is the quantity that describes the internal motion of any moving object. Force, on the other hand, is the quantity that modifies the rate is taken existing when applied to any object. Momentum is the sum of motion contained within a moving item.

Since there are no outside forces in an external observer (like the universe), momentum is always preserved. The components of momentum in any directions will also be maintained because momentum is conserved. When solving collision-related issues, the principle of momentum conservation is crucial.

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In thermal equilibrium, the probability of an atom being in a particular state is determined by its statistical weight, which is determined by its energy.

At a given temperature, the statistical weight of a state is proportional to its Boltzmann factor, which is the exponential of the negative of the energy of the state divided by the temperature of the system. Therefore, the ratio of the probabilities of two states of an atom that are separated in energy by kt will be determined by the Boltzmann factors of those states. In general, the probability of a state with a lower energy will be higher than the probability of a state with a higher energy, because the Boltzmann factor is an exponential function that decreases as the energy increases.

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Due to a phenomenon known as diamagnetic anisotropy, aromatic protons emit signal(s) in the range of 7-8 ppm.

In aromatic compounds with resonance in the 7–8 ppm range, this impact is more prominent. A ring current is the term for the movement of the p electrons in benzene, and it induces an extra magnetic field that helps the protons. While the signals attributable to its aromatic carbons were seen in the range from 128 to 133 ppm, those for the aromatic phthalate ring protons were seen in the range from 7.63 to 7.82 ppm. ... the cis/trans-cyclohexylene CH carbon signals were detected in the range of 70.8 to 72.3 ppm.

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It takes 5.0 litres of a 0.2 M HCl solution. In this instance, 5.0 litres of solution would yield 1.0 mole of HCl. For a 0.2N solution, 8.0 grammes of NaOH per litre of water would be needed.

To HCl achieve the most accurate preparation, make sure your powder is dry and limit its exposure to the air during usage, especially during storage. NaOH adsorbs mole water quickly (with heat generation). Therefore, you will need to weigh 10/5 = 2 g of pure NaOH to create 200 ml of 0.25 N. You must dissolve 40.00 g of sodium hydroxide pellets in 250 ml solution of distilled water to create 1MNaOH solution, and you must then dilute the solution to 1 litre.

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Option B, Because only a tiny percentage isotopes of oxygen atoms contain two additional neutrons, giving them an atomic weight of 18, "heavy" oxygen is distinguished from regular oxygen by the term.

Normal oxygen has 8 protons and, in its most prevalent form, 8 neutrons, giving it an atomic weight of 16; this type of oxygen is referred to as "light" oxygen. The isotopes amount of neutrons in the nuclei of oxygen-16 and oxygen-18 are different. While isotopes oxygen-18 contains 10 neutrons, oxygen-16 only has 8. Protons and electrons are equal between isotopes  oxygen-16 and oxygen-18. Since protons and neutrons both have mass, the mass of oxygen isotopes may be altered by altering the neutron content.

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Simple cubic crystals of polonium form when it is heated. The answer to the question is 6.02*10²³Avogadro's number.

Polonium is employed in research and surface coatings devices because it is an alpha-emitter. It serves as a dominant male source with in shape of a thin layer on a stainless disc. It is employed to get rid of static electricity generated during operations like rolling wire, papers, and sheet metal.

The edge length for a simple cubic is as follows:

a = 2r

Here r is the radius of the atom.

Volume of unit cell = a³

Here ‘a’ is the lattice parameter (edge length).

Density(g/m³) = Mass(m)/Volume(m³)

Mole:

No. of moles = mass in gram/molar mass in g/mol

The atomic number present for every site (muscle, eyes, edges, and so on) and the proportion of atoms here on relevant sites in a crystalline lattice determine the quantity of elements per unit cell.

The input per atom for bcc is 1.

The contribution of one atom in face-centered is 1/2.

The value of such an atom is 1/4 for edge-centered.

Their ratio is 1/8 for the atoms in the corners.

The formula, which may be used to determine the number of atoms,

No. of atoms = no. of moles (mol) * Avogadro no. ([tex]N_{A}[/tex])

From this expression Avogadro number can be calculated.

Step: 1

Considering that polonium crystals have an atomic radius of

r = 167pm

The side length of a basic cubic unit cell is equal to twice the radius.

Edge length,a = 2r

                        = 2*167pm

                        = 2*167*10⁻¹² m

                        = 3.34*10⁻⁸ cm

Volume of unit cell,

Volume = a³

= (3.34*10⁻⁸cm)³

= 3.72*10⁻²³ cm³

The mass of unit cell is then calculated:

Mass (g) = Density (g/cm³) * Volume (cm³)

              = 3.46*10⁻²²g

Thus the mass of polonium is calculated to be

3.46*10⁻²²g

The polonium crystal's atomic radius is provided. The edge length may be estimated from that. When the density of a provides a valuable crystal is known, the volume can be computed first from side lengths, and the mass is discovered to be 3.46*10⁻²²g.

Calculate the Avogadro number.

Step: 2

Given that polonium has a molar mass of 209g/mol

It is determined how many moles of polonium there are:

The mass of polonium is 3.46*10⁻²²g

number of moles of polonium = mass in g/molar mass in g/mol

=3.46*10⁻²²g/209g/mol

= 1.66*10⁻²⁴

One polonium atom (1/8*8) makes up one unit cell.

One approach to determining the Avogadro number is as follows:

Avogadro number = No. of polonium atoms/No. of moles of polonium    atoms

                               = 1/1.66*10⁻²⁴ mol

                               = 6.02*10²³

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Electrons in the 1s subshell are much closer to the nucleus in Argon than in Helium due to the larger in nuclear charge in Ar.

The energy of an electron in a multi-electron atom depends on both its principal quantum number (shell) and its azimuthal quantum number (subshell). In a given principal quantum number, the energies of the orbitals increase in the order s<p<d<f. But for higher energy levels there is a difference in the energies of the orbitals and it will not follow the above order.

Effective nuclear charge is the net charge experienced by an outer shell electron in an atom while nuclear charge is the total charge of the nucleus. While the effective nuclear charge is determined by considering the influence of the internal orbital electrons and the nuclear charge, the nuclear charge is independent of the electron charge in the atom. The effective nuclear charge depends not only on the number of protons in the nucleus while the nuclear charge depends only on the number of protons present in the nucleus.

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NO is one of the main components of polluted air. It is formed in the high-temperature environment of internal combustion engines and required high amount of temperature.

It is because both N2 ad O2 are diatomic molecules and are joined through strong intermolecular or bonding forces. In order to break their bond, high amount of heat is required.

The reaction is given as

N2 + O2 -------> 2No delta H = 180 kJ

It is a reversible reaction. In this reaction, both N2 and O2 are diatomic molecules with strong bonding forces. NO i.e. Nitrogen oxide is formed by the combination of the constituents of these molecules and for this purpose a definite amount of heat energy is required to break them apart. That is why the temperature in the surrounding environment must be very high.

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Answer:

It is possible because when oxygen is present, the sugar molecules are broken down into carbon dioxide and water, but when oxygen isn't there, the sugar molecules aren't broken down completely.

Explanation:

Hope this helps! Have a great day! :D

Sugars and carbohydrates, which are plentiful in bread dough, are what yeasts eat. They convert this food into energy and as a result produce carbon dioxide gas. Fermentation is the name given to this process.

Through the activity of enzymes, fermentation is a metabolic process that results in chemical changes in organic substrates. It is specifically described in biochemistry as the process of obtaining energy from carbohydrates without the presence of oxygen.

Carbon dioxide is created by the yeast when it consumes the sugar. This gas steadily fills the balloon because it has nowhere else to go but up. As bread rises, a very similar process takes place.

Although there is just one cell in every yeast organism, these cells form multicellular colonies. They procreate through budding, a process in which a "mother cell" develops a protrusion known as a "bud" that enlarges until it is the same size as the mother.

Thus, They convert this food into energy and as a result produce carbon dioxide gas this process is fermentation.

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The amount of heat released is 105.41 kJ which is calculated by determining the limiting reactant.

The complete chemical reaction is:

2CO(g)+O2(g)---> 2CO2(g)

Volume of CO= 36.8 L

Mole of CO= 1/22.4 Lx 36.8 L=1.6428 moles

Volume of O2= 4.9 L

Mole of O2=1/22.4 Lx 4.9 L=0.2187 moles

The formation of products is dependent on the number of reactants. The reactant that is consumed first is known as the limiting reactant, when this reactant is consumed completely, then there will be no more formation of products.

The limiting reactant is found out by dividing with stoichiometry coefficients.

CO= 1.6428/2=0.8214

O2=0.2187/1=0.2187

Therefore, the limiting reactant is O2.

If 1 moles of O2 produce 482 kJ heat.

Then, 0.2187 of O2 will produce 4.82x0.2187=105.41 kJ heat.

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The total pressure of the mixture is 359.5 torr, that is calculated by using ideal gas equation.

Volume of N2, V1=4.0 L

Pressure of N2, P1=450 Torr=450/760 atm

Thus, number of moles of N2, n1= P1V1/RT

=(450/760)*4/0.082*338

=0.085 mol

Similarly,

Volume of O2, V2=3.5 L

Pressure of O2, P2=252 Torr=252/760 atm

Thus, number of moles of O2, n2= P2V2/RT

=(252/760)*3.5/0.082*338

=0.042 mol

Similarly,

Volume of CO2, V3=0.21 L

Pressure of CO2, P3=150 Torr=150/760 atm

Thus, number of moles of CO2, n3= P3V3/RT

=(2150/760)*30.21/0.082*338

=0.001 mol

Total number of moles = n1+n2+n3

=(0.085+0.042+0.21)

=0.128 mol

Total volume, V=7.5 L

Using, ideal gas law

Thus, total pressure, P=nRT/V

=0.128*0.082*338/7.5 atm

=0.473 atm

=0.473*760

=359.5 torr

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Among the given compounds, CO₂ is a compound that is not ionic.

In this question, we have been given four compounds - CaCl₂, CO₂, (NH₄)₂O, and NaI and among these four compounds, we have to tell which compound is not ionic.

A compound can be ionic or covalent. And the compound which is not ionic is also called a covalent compound.

So let us comment on each compound one by one.

CaCl₂ - It is an ionic compound because it is a compound formed between a metal and a non-metal. As a general rule, any compound formed between a metal and a nonmetal is called an ionic compound and a compound between a nonmetal and a nonmetal is called a covalent compound.

(NH₄)₂O - Though this is a compound containing no metallic element, it is still an ionic compound.  NH₄⁺ is an ion, though still a nonmetal. We should remember that NH₄ compounds are exceptions to this rule. All compounds of NH₄ are actually ionic. Hence (NH₄)₂O is an ionic compound.

NaI - It is again a compound made of a metal and a nonmetal. Hence, according to the rule stated above, it is an ionic compound.

CO₂ - It is a compound made of a nonmetal and a nonmetal. Therefore, it is a covalent compound

Hence, among the above-given compounds, CO₂ is a covalent compound.

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Difference between empirical and molecular formula :

Empirical formulas are the simplest form of formulas that we can write for a molecule while molecular formulas are the formulas showing the type of atoms and number of each atom connected in the molecule. Hence, the key difference between empirical and molecular formulas is that empirical formula only gives the simplest ratio of atom whereas molecular formula gives the exact number of each atom in a molecule. Furthermore, we cannot calculate the exact molecular mass using the empirical formula while we can get the exact molecular mass using the molecular formula.

As another important difference between empirical and molecular formulas, we can say that we can predict the type of atoms in ionic compounds and repeating unit in a polymer whereas we can predict the oxidation numbers of each atom, how they are going to react in a reaction, and the resulted products using molecular formulas.

Determination: To determine the empirical and molecular formulas, given the mass or percentage of the elements, you need to convert them to moles. This is because, remember, the formula of a compound tells us how many moles of each element there are in one mole of that compound.

What do you mean by empirical and molecular formula?

The empirical formula of a compound gives the simplest ratio of the number of different atoms present, whereas the molecular formula gives the actual number of each different atom present in a molecule. If the formula is simplified then it is an empirical formula. The molecular formula is commonly used and is a multiple of the empirical formula.

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The empirical formula for glucose is C6H12O6, while the molecular formula is C6H12O6.

What is molecular formula?

Molecular formula is a way of representing the chemical composition of a molecule by using chemical symbols and numerical subscripts. It is a notation consisting of the chemical element symbols and numbers that indicate the types and numbers of atoms present in a molecule. The subscripts are used to indicate the number of each type of atom present in the molecule. The molecular formula can provide important information about the structure, properties, reactivity, and other characteristics of a molecule.

The difference between empirical and molecular formulas is that the empirical formula is the simplest ratio of atoms that make up a compound, while the molecular formula is the actual number of atoms of each element that make up the compound. For example, the empirical formula for glucose is C6H12O6, while the molecular formula is C6H12O6.

To determine the empirical and molecular formulas from percent composition or mass spectrometry data, one must first calculate the moles of each element present in the compound. This is done by dividing the percent composition of each element by the molar mass of that element. Once the moles of each element present in the compound is determined, the empirical formula is calculated by dividing the moles of each element by the smallest number of moles of any element in the compound. The molecular formula can then be determined by multiplying the empirical formula by a whole number until the total number of atoms of each element in the compound is equal to the moles of each element present in the compound.

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The concentration terms are molality, normality and mole fraction. Molarity can be used to find out the ionic strength of any solution. Therefore, the Molarity of a solution that contains 0.5 mol of calcium acetate per 1.0 L of solution is 0.5 M.

Molarity can be calculated by dividing number of moles of solute by volume of solution in litre. Molarity is affected by temperature. Its unit is mole/liter. It measure the concentration of any solute in a solution.

Mathematically,

Mathematically,

Molarity= number of moles of solute/volume of solution in litre

Where,

moles= 0.5 mol

Volume=1.0 L

Substituting values in above equation, we get

Molarity= 0.5 mol /1.0 L

             =0.5 M

Therefore, the Molarity of a solution that contains 0.5 mol of calcium acetate per 1.0 L of solution is 0.5 M.

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Wavelength is the space among equal points (adjoining crests) withinside the adjoining cycles of a waveform sign propagated in area or alongside a wire. The wavelength is 656nm for the hydrogen.

In the photon electricity is inversely proportional to the wavelength of the electromagnetic wave. The shorter the wavelength, the greater lively is the photon, the longer the wavelength, the much less lively is the photon. Photons may be created and destroyed whilst maintaining electricity and momentum.

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Answer:

Experiments with gases that first became possible at the turn of the nineteenth century led John Dalton in 1803 to propose a modern theory of the atom based on the following assumptions. 1. Matter is made up of atoms that are indivisible and indestructible.

A strong push would mean a large magnitude of force and vice versa a weak push would mean a small magnitude.

The type of bond that will result if the atom Cs and F combine will be an electrovalent bond or ionic bond.

Caesium belongs to Group 1 in the periodic table with an electronegativity of 0.79.

Group 1 elements are also known as alkali metals.

And the other compound which is mentioned in the question is Fluorine F. It belongs to the family of halogen with electronegativity of 4.0. Group 7 in the periodic table is halogen family.

As their is high electronegativity difference between group 1 metals and group 7 elements so ionic bond is formed between them

Therefore, Cs and F form Cs F via electrovalent bonding or ionic bonding with one another.

Your question is incomplete most probably your full question was

What type of bond will result if the atoms below combine? The electronegativity of each atom is given.

Cs0.79

F4.0

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The formula for a polysaccharide that consists of five monosaccharides joined together by dehydration synthesis is D. C30H52O26.

Polysaccharides are complex carbohydrates made up of long chains of monosaccharides, or simple sugars, linked together by glycosidic bonds. Dehydration synthesis, also known as condensation, is a chemical reaction in which two molecules are joined together by the loss of a water molecule, resulting in the formation of a covalent bond.

The formula C30H52O26 represents a polysaccharide that consists of five monosaccharides with the formula C6H12O6, which is the formula for glucose. When monosaccharides are joined together through dehydration synthesis, the resulting polysaccharide has a formula that is a multiple of the monosaccharide formula. In this case, the polysaccharide consists of five monosaccharides, so its formula is 5 times the formula for a single monosaccharide, or 5 x C6H12O6 = C30H52O26.

A. C6H12O6 is the formula for a single monosaccharide, such as glucose.

B. CaOH.C is not a valid chemical formula.

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The formula for a polysaccharide that consists of five monosaccharides joined together by dehydration synthesis is D. C30H52O26.

Polysaccharides are complex carbohydrates made up of long chains of monosaccharides, or simple sugars, linked together by glycosidic bonds. Dehydration synthesis, also known as condensation, is a chemical reaction in which two molecules are joined together by the loss of a water molecule, resulting in the formation of a covalent bond.

The formula C30H52O26 represents a polysaccharide that consists of five monosaccharides with the formula C6H12O6, which is the formula for glucose. When monosaccharides are joined together through dehydration synthesis, the resulting polysaccharide has a formula that is a multiple of the monosaccharide formula. In this case, the polysaccharide consists of five monosaccharides, so its formula is 5 times the formula for a single monosaccharide, or 5 x C6H12O6 = C30H52O26.

A. C6H12O6 is the formula for a single monosaccharide, such as glucose.

B. CaOH.C is not a valid chemical formula.

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The property of matter that allows us to determine the volume of an object by water is Density.

Displacement is described as a vector whose length is the shortest distance from the initial to the final position of a point P undergoing motion.

Density is described as the substance's mass per unit of volume which is a standard mechanical quantity.

The Archimedes' principle is very useful tool for calculating the volume of an object that does not have a regular shape wherein the oddly shaped object can be submerged, and the volume of the fluid displaced is equal to the volume of the object.

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