A ________ is used to show the number and types of atoms present in a molecule

There are 9 steps of the election process Call for Nominations, Preliminary Reviews, Ballot Petition Rules, Nominee Interviews, Committee Meeting, Slate of Candidates Announcement, Voting Opens etc..

Request for Nominations

The nomination process is made public by the Academy.

introductory reviews

Candidates are required to submit biographical sketches that contain digital images, films they have recorded themselves, and curriculum vitae or resumes.

Election Petition Rules

Check out the requirements for adding a petitioner to the general election ballot.

interviewing nominees

Virtual meetings with the Nominating Committee are held.

Commission Meeting

The Nominating Committee meets in late fall to review the materials submitted by candidates, taking into account which positions are open on the ballot, and evaluating key personal, interpersonal, and demonstrated leadership skills as they relate to the qualifications and skill set needs for each position.

Release of the Candidate Slate

Announcing candidates for posts includes posting supporting information online, in the Academy's electronic weekly newsletter, and on social media, including images, self-recorded films, biographical sketches, and answers to questions posed by the Nominating Committee.

Voting begins

Members take part in computerised voting during the month of February for the national Academy elections.

Announcing the results of the election

Following the tallying of all votes and the notification of candidates, the Academy informs members of the election results.

Review of the election and nomination processes

The process for nomination and election is assessed at each stage. The Nominating Committee, the Academy, and the applicants are all asked for their opinions.

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The chloroplasts of the plant is the point where carbon dioxide does react with water and the products are sugars and oxygen.

We know that the plant obtains its energy form the sun. The sun is called the primary producer in the eco system. This is because the energy from the sun is trapped by the chloroplast of the plants.

Let us note that the chloroplast contains the chlorophyll which is the colored pigment that absorbs the light from the sun. This light that is absorbed from the sun acts a catalyst in a complex reaction in which the carbon dioxide combines with water to form sugars and oxygen.

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The concentration of Li⁺, [Li⁺] in the diluted solution is 0.01625 M.

The concentration of a solution is the amount of the solute dissolves in a given volume of the solvent or solution.

The concentration of a solution can be diluted.

The concentration of a solution after dilution can be calculated as follows;

C₁V₁ = C₂V₂

The given data is as follows:

C₁ = 0.25 M

V₁ = 65.0 mL

C₂ = ?

V₂ = 1.00L or 1000 mL

The new concentration will be:

C₂ = C₁V₁ / V₂

C₂ = 0.25 * 65 / 1000

C₂ = 0.01625 M

1 mole LiCl produces 1 mole Li⁺

Concentration of Li⁺ = 0.01625 M

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Answer: Higher and longer glide experience.

Explanation:

Option c is correct which says both beryllium and chlorine form covalent bonds.

What are covalent bonds?

When the bonds between the atoms are formed via the mutual sharing of electrons are called covalent bonds.

The bonding between the beryllium chloride is covalent due to the following reasons:

• The beryllium atom has an ionization energy of 900kj/mol which is quite high. Therefore, it can not form cations which are necessary for ionic bonding.

• The beryllium atom has two electrons in its orbitals to share with chlorine atoms electrons.

Hence, this way the bonding between them is covalent and the correct answer is option c.

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Answer:

Food , substance consisting essentially of protein, carbohydrate, fat, and other nutrients used in the body of an organism to sustain growth and vital processes and to furnish energy.

If a piece of metal, such as calcium or magnesium, reacts with atmospheric oxygen, the product would be expected to have a greater mass than the reacting metal.

Every chemical reaction agrees with the law of conservation of mass.

According to this law, the mass of substances is conserved during the process of undergoing reactions. However, the mass could have been converted from one form to another during the reaction.

Going by this law, if substance A reacts with substance B to form a new substance AB, the mass of AB would be the addition of individual masses of A and B.

Thus, if a metal reacts with oxygen in the air, the mass of the product should be the mass of the metal plus the mass of the oxygen that reacts to form the product.

For example: [tex]2Mg + O_2 --- > 2MgO[/tex]

The mass of MgO, in this case, would be the mass of the Mg and the mass of the [tex]O_2[/tex]. Thus, the mass of MgO would be greater than the mass of Mg.

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Evidence is there that joule had a exceptional education are :

Joule was educated at home  with private tutors. When he was child , his father hired leading scientist as the great scientist john Dalton to be his teacher. when he was young he had taken brewery and missed out university. other than this joule had exceptional education. They were taught chemistry , physics the scientific method. he study to continue in home based laboratory. in this laboratory he performed experiments before and after work. Joule gave relationship between heat , electricity and mechanical work but it was widely ignored but later on Thomson recognized joule's work .  

Thus, Joule had a exceptional education .

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Considering the Boyle's law, the resulting volume if the pressure were increased to 3.9 atm and the temperature did not change is 4 L.

As the volume increases, the particles (atoms or molecules) of the gas take longer to reach the walls of the container and therefore collide less times per unit of time against them. This means that the pressure will be lower because it represents the frequency of shocks of the gas against the walls. In this way, pressure and volume are related, determining Boyle's law that says:

"The volume occupied by a given mass of gas at constant temperature is inversely proportional to the pressure"

Boyle's law is expressed mathematically as:

P×V=k

Considering an initial state 1 and a final state 2, the following holds:

P₁×V₁=P₂×V₂

In this case, you know:

Replacing in the Boyle's law:

1.3 atm× 12 L=3.9 atm× V₂

Solving:

(1.3 atm× 12 L)÷3.9 atm= V₂

4 L= V₂

The new volume will be 4 L.

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the components are mixed are uniformly distributed throughout the mixture, then that type of mixtures is known as a homogenous mixture.

In most technical applications, homogeneous refers to a system's qualities being constant throughout the entire system, while heterogeneous (sometimes called inhomogeneous) refers to a system's properties changing within it. Any system with two phases, such as ice and water, is referred to as heterogeneous.

A combination is considered homogeneous when the ingredients are thoroughly combined and dispersed across the entire mixture. These mixes are homogeneous throughout and include only one phase of substance.

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Ni(s)+ 2H⁺(aq) → Ni²⁺(aq)+ H₂(g)

What do understand by redox reaction?

Redox reactions are oxidation-reduction chemical processes in which the oxidation states of the reactants change. Redox is a shortened version of reduction-oxidation. Two distinct processes—a reduction process and an oxidation process—can be used to describe all redox reactions.

Ni(aq) + e⁻ → Ni(s) ; E⁰ = -0.23 v

H⁺(aq) + e⁻ → H ; E⁰ = -0.00 v

So, the equation when Ni metal is put into an aqueous solution  of HCl,

Ni(s)+ 2HCl(aq) → NiCl₂(aq)+ H₂(g)

Therefore, net ionic reaction is:

Hence, Ni(s)+ 2H⁺(aq) → Ni²⁺(aq)+ H₂(g)

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There are so many laws for ideal gas at constant temperature , at constant pressure, the law at constant volume is called Gay-Lussac's law. The pressure calculated is 1.555atm.

According to this law, pressure is directly proportional to temperature. This gas law is valid only to ideal gas not on the vanderwaal gas. Since it is mentioned in the question that volume is constant we can apply Gay-Lussac's law over here.

Mathematically

[tex]P_{1} T_{2} =P_{2} T_{1}[/tex]

[tex]P_{1}[/tex]= 1.50 atm

[tex]T_{1}[/tex]=295 K

[tex]T_{2}[/tex]= 305 K

Substituting all values given in the question

[tex]P_{2}[/tex]=  (1.50 atm×305 K)÷295 K

  =1.555atm

Thus the pressure is 1.555atm

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The dimensions of a crystal's surfaces (also referred to as "faces"), edges, and angles between them all play a role in determining its shape.

The distinctive external shape of a single crystal or crystal group is known as a crystal habit in mineralogy. A crystal's habit depends on its crystallographic form and growth circumstances, which typically results in irregularities because there isn't much room in the crystallizing medium (commonly in rocks). Habit, a characteristic closely related to crystal shape, includes the size and shape of the crystal faces, the way in which different forms combine, the degree to which they are each developed, and the way in which different crystals coexist. Therefore, habit is the distinctive appearance that a mineral can have.

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The preventable error of Clyde Clumsy is 4.2 g.

In measurements, errors refer to differences between the true measurement of an object and the measured value of the object.

The error in measurements can be mathematically expressed as:

Error = True value - measured value.

The amount of error in measurement without taking the sign (positive or negative) into consideration is known as absolute error.

In the case of Clyde, the true weight of the object in question is 50.0 g. Clyde weighed it as 45.8 g instead. The error in Clyde's measurement can be calculated as:

True value = 50.0 g

Measured value = 45.8 g

Error = 50.0 - 45.8

          = 4.2 g.

In other words, the error in Clyde's measurement is 4.2 g.

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Explanation:

We have to find the overall charge of a substance that contains 15 protons, 18 electrons and 16 neutrons.

A proton is a subatomic particle that we can find in the nucleus of an atom. Its charge is +1.

An electron is a subatomic particle that we can find around the nucleus and its charge is opposite to the one of the proton. Its charge is -1.

A neutron is a subatomic particle that can be found in the nucleus and has no charge, so its charge is 0.

charge of p+ = +1 charge of n° = 0 charge of e- = -1

Our element has 15 protons, 18 electrons and 16 neutrons, the overall charge will be.

overall charge = 15 * (+1) + 18 * (-1) + 16 * (0)

overall charge = -3

Answer: d. -3

Answer:

I would save and invest it.

Explanation:

The periodic properties of the d-block elements differ from the main group elements in that they are less sensitive and less reactive.

The periodic table is divided into blocks; s-block, p-block, f-block, and d-block. The d-block elements are also known as transition metals.

The s and p-block elements are known as the main group elements. Compared to these, the d-block elements have some different properties because of their partially filled d-orbitals.

However, the d-block elements still have many similar properties. These elements can still displace hydrogen from dilute acid and some of them can react with water under appropriate conditions.

The first row of these transition metals are found to be more reactive than the second and third row. However, they are not as reactive as the s-block and p-block elements.

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The compounds that would end in  "-ide" are;

1) Na₂S

2) CO2

3) AIP

We know that chemical compounds can be identified by the name of the compound. Also, the name of the compound reflects the kind of species that we have in the compound. The task that we have here is that we need to find out the three compounds that would have the ending  "-ide" in their names.

We have to know that the names of chemical compounds are often chosen by the International Union of Pure and Applied Chemistry (IUPAC). These rules are revised from time to time and are thus updated in order to help us to identify compounds.

It is important to note that the compounds whose names are most likely to end in the term  "-ide" would be the binary compounds that are composed of the metals and the non metals.

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Xenoliths are pieces of rock trapped in another rock that are older than white granite due to the principle of inclusion.

The principle of inclusion states that rock included in another rock should always be older than the inclusion rock and therefore ti can be used to estimate the age of different types of rocks.

Therefore, with this data, we can see that the principle of inclusion is used to estimate the age of rock and it is based on the layer of different types of rocks

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Keeping pollutants from getting into the water system is better than cleaning the water up after it is polluted this statement is false

Water pollutant means it is the contamination of water sources by substances which make the water unusable for drinking as well as cooking, cleaning, swimming and other activities so the given statement are false because if we do not pollute the water system then there is no need for cleanup the water system that's why the keeping pollutant from getting into the water is better

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Flash flood along a normally dry river valley be a dangerous event densely populated area also river valley are so dangerous for flash flood

Flash flood is the move at very fast speed and can roll bounders also tear out tree and destroy building and destroy bridges also and wall of water can rich height 10 to 20 feet and and flash flood are so dangerous in the densely populated area as well as river valley it is so high risk for flash flood and flash flood is the more common in the area where dry climate and rocky terrain are seen because there is lack of soil and vegetation allow torrential rain to flow overland rather than infiltrate into the ground

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Answer:-

an orbital road

Explanation:-

orbital, in chemistry and physics, a mathematical expression, called a wave function, that describes properties characteristic of no more than two electrons in the vicinity of an atomic nucleus or of a system of nuclei as in a molecule.

Related Topics:- g-orbital p-orbital f-orbital over...

Subjects Of Study:- atomic model line spectrum

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Answer:

An orbital, also called electron shell, is the path around which the electrons orbit the nucleus of the atom. It has a capacity of 2 electrons in the first orbital, and 8 in the rest. The number of orbitals in an atom can help us find out the period number of that atom.

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Refrigerator is considered to be best for storing bacteria because the Low temperature of refrigerator reduces the metabolic activity of the bacteria which increases the life time of bacteria.

The bacteria are cultured and grown on the glass plates and then we store them in the fridge. As we know, specific bacteria are hard to culture.

Because of the low temperature, the metabolic activity of the bacteria decreases. This way the we don't have to culture the bacteria again and again and a number of experiments can be performed on the bacteria in a short interval of time which is beneficial for the research oriented purposes.

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Answer:

The Quantum Mechanical Model suggested that electrons do not move in fixed shells as the Bohr Model suggested, but rather acted as a cloud of electrons with orbitals electrons can most commonly be found in.

-6.78x[tex]10^{3}[/tex] kj /mol is the correct answer

What is the internal energy?

Rising temperature and changes in state or phase from solid to liquid and liquid to gas cause a rise in internal energy. Planetary bodies can be viewed as a fusion of heat engines and heat reservoirs

Internal drive U is the sum of the kinetic energy brought about by the motion of molecules and the potential energy brought about by the vibrational motion and electric energy of atoms. The energy contained in every chemical link is often referred to as internal energy. From a microscopic perspective, the internal energy can take on a variety of shapes. For any substance or chemical attraction between molecules.

Mol of decane = mass/ molar mass

                       =  1/142.29

1/142.29 mol gives internal energy =810.1 x58.8

So1 mol gives  810.1 x58.8x1/142.29 internal energy

so internal energy changes = 810.1 x58.8x1/142.29

                                              -6.78x[tex]10^{3}[/tex] kj /mol

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Scandium: atomic mass electronegativity electron affinity ionization energy heat of fusion atomic mass of scandium is 44.95 u and electronegativity of scandium is 1.36 and electron affinity of scandium is 18.1kJmol⁻¹ and ionization energy of scandium 631kJ and heat of fusion of scandium is 14.1kJ/mol

Scandium is an element with the atomic number 21 and represented by symbol Sc in the periodic table and scandium is mined from one of the rare minerals from Scandinavia and the color it develops when exposed to air is yellowish or pinkish cast

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The number of moles of iron needed to react with 2.75 moles of Sulfur 1.83 moles of iron.

Multiply the number of moles known by the stoichiometric ratio of the unknown and known to determine the number of moles required for the reaction. Balance chemical reactions. Take the ratio of the product stoichiometric coefficient to the reactant stoichiometric coefficient.

Multiply the ratio obtained in step two by the number of moles of reactants indicated. Multiply the atomic weight of each element from the periodic table by the number of atoms of that element present in the compound.  Add them all up and put the units of grams/mole after the number. For many but not all problems atomic and molar masses can simply be rounded to the nearest 0.1 g/mol.

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