what is the IUPAC name for this molecule above?
with explanation step​

Answer:

He was an American statesman, politician, legal scholar. military commander, lawyer, banker and economist.

Hamilton's resignation as Secretary of the Treasury in 1795.President George Washington appointed Hamilton as the first United States secretary of the treasury .hamilton voted for jefferson and Taking offense, Burr challenged him to a duel on July 11, 1804, in which Burr shot and mortally wounded Hamilton, who died the following day.

Answer:

0.05 m

Explanation:

100 cm equals 1 meter

so 5/100

Answer:

0.05 m

Explanation:

= 5÷ 100 (100cm = 1m)

= 0.05m

Answer:

N2

Explanation:

2NH4+ + 3HOCl → N2 + 5H+ + 3Cl- + 3H2O. Reaction Information. Ammonium Cation + Hypochlorous Acid = Dinitrogen + Deuteron + Chloride Ion + Water

Answer:

the fossils on some of the continents were in the same spots as fossils on other continents

Explanation:

tell me if i need to explain more. x

Answer:

198g

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Answer:

P

Explanation:

Information about various chemical compounds and elements. ... P. 2.19. S. 2.58. Cl. 3.16. Ar. n.a.. 4. K. 0.82. Ca. 1.00. Sc. 1.36. Ti. 1.54. V. 1.63. Cr. 1.66. Mn. 1.55. Fe. 1.83. Co. 1.88. Ni. 1.91. Cu. 1.90. Zn. 1.65. Ga. 1.81 ... electronegativity scale, although in the Allred-Rochow scale, helium has the highest electronegativity.

Answer:

4.955x10¹²nm

Explanation:

It is possible to obtain wavelength from the frequency of a wave using the expression:

ν = C / λ

Where wavelength, ν, is given in m

Speed of light, C, is 2.998x10⁸m/s

And frequency, λ, is given in Hz = s⁻¹ = 6.05x10⁴s⁻¹

ν = C / λ

ν = 2.998x10⁸m/s / 6.05x10⁴s⁻¹

ν = 4955m

In nm:

4955m * (1x10⁹nm / 1m) =

Answer:

B) Covalent, because electrons are shared.

Two atoms with an electronegativity difference of 0.4 form a bond that is covalent bond because electrons are shared.

Covalent bond is defined as a type of bond which is formed by the mutual sharing of electrons to form electron pairs between the two atoms.These electron pairs are called as bonding pairs or shared pair of electrons.

Due to the sharing of valence electrons , the atoms are able to achieve a stable electronic configuration . Covalent bonding involves many types of interactions like σ bonding,π bonding ,metal-to-metal bonding ,etc.

Sigma bonds are the strongest covalent bonds while the pi bonds are weaker covalent bonds .Covalent bonds are affected by electronegativities of the atoms present in the molecules.Compounds having covalent bonds have lower melting points as compared to those with ionic bonds.

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Answer:

1.95g

Explanation:

Find mass in CO

Find C mass

Answer:

8

Explanation:

Answer:

40

Explanation:

Ed 2020

Answer:

D

Explanation:

Answer:

Length times with

Explanation:

Answer:

sodium chromate is yellow by virtue of the chromate ion

potassium dichromate is orange by virtue of the dichromate ion

cobalt nitrate is red owing to the chromophore of hydrated cobalt(II) ([Co(H2O)6]2+).

copper sulfate is blue because of the copper(II) chromophore

potassium permanganate has the violet color of permanganate anion.

nickel chloride is typically green of [NiCl2(H2O)4]

sodium chloride, magnesium sulfate heptahydrate are colorless or white because the constituent cations and anions do not absorb in the visible part of the spectrum

Few minerals are salts because they would be solubilized by water. Similarly inorganic pigments tend not to be salts, because insolubility is required for fastness. Some organic dyes are salts, but they are virtually insoluble in water.

Taste

Different salts can elicit all five basic tastes, e.g., salty (sodium chloride), sweet (lead diacetate, which will cause lead poisoning if ingested), sour (potassium bitartrate), bitter (magnesium sulfate), and umami or savory (monosodium glutamate).

Odor

Salts of strong acids and strong bases ("strong salts") are non-volatile and often odorless, whereas salts of either weak acids or weak bases ("weak salts") may smell like the conjugate acid (e.g., acetates like acetic acid (vinegar) and cyanides like hydrogen cyanide (almonds)) or the conjugate base (e.g., ammonium salts like ammonia) of the component ions. That slow, partial decomposition is usually accelerated by the presence of water, since hydrolysis is the other half of the reversible reaction equation of formation of weak salts.

Solubility

See also: Solubility § Solubility of ionic compounds in water

Many ionic compounds exhibit significant solubility in water or other polar solvents. Unlike molecular compounds, salts dissociate in solution into anionic and cationic components. The lattice energy, the cohesive forces between these ions within a solid, determines the solubility. The solubility is dependent on how well each ion interacts with the solvent, so certain patterns become apparent. For example, salts of sodium, potassium and ammonium are usually soluble in water. Notable exceptions include ammonium hexachloroplatinate and potassium cobaltinitrite. Most nitrates and many sulfates are water-soluble. Exceptions include barium sulfate, calcium sulfate (sparingly soluble), and lead(II) sulfate, where the 2+/2− pairing leads to high lattice energies. For similar reasons, most metal carbonates are not soluble in water. Some soluble carbonate salts are: sodium carbonate, potassium carbonate and ammonium carbonate.

Conductivity

Edge-on view of portion of crystal structure of hexamethyleneTTF/TCNQ charge transfer salt.[3]

Salts are characteristically insulators. Molten salts or solutions of salts conduct electricity. For this reason, liquified (molten) salts and solutions containing dissolved salts (e.g., sodium chloride in water) are called electrolytes.

Melting point

Salts characteristically have high melting points. For example, sodium chloride melts at 801 °C. Some salts with low lattice energies are liquid at or near room temperature. These include molten salts, which are usually mixtures of salts, and ionic liquids, which usually contain organic cations. These liquids exhibit unusual properties as solvents.

Nomenclature

The name of a salt starts with the name of the cation (e.g., sodium or ammonium) followed by the name of the anion (e.g., chloride or acetate). Salts are often referred to only by the name of the cation (e.g., sodium salt or ammonium salt) or by the name of the anion (e.g., chloride salt or acetate salt).

Common salt-forming cations include:

Ammonium NH+

4

Calcium Ca2+

Iron Fe2+

and Fe3+

Magnesium Mg2+

Potassium K+

Pyridinium C

5H

5NH+

Quaternary ammonium NR+

4, R being an alkyl group or an aryl group

Sodium Na+

Copper Cu2+

Common salt-forming anions (parent acids in parentheses where available) include:

Acetate CH

3COO−

(acetic acid)

Carbonate CO2−

3 (carbonic acid)

Chloride Cl−

(hydrochloric acid)

Citrate HOC(COO−

)(CH

2COO−

)

2 (citric acid)

Cyanide C≡N−

(hydrocyanic acid)

Fluoride F−

(hydrofluoric acid)

Nitrate NO−

3 (nitric acid)

Nitrite NO−

2 (nitrous acid)

Oxide O2−

Phosphate PO3−

4 (phosphoric acid)

Sulfate SO2−

4 (sulfuric acid)

Salts with varying number of hydrogen atoms replaced by cations as compared to their parent acid can be referred to as monobasic, dibasic, or tribasic, identifying that one, two, or three hydrogen atoms have been replaced; polybasic salts refer to those with more than one hydrogen atom replaced. Examples include:

Sodium phosphate monobasic (NaH2PO4)

Sodium phosphate dibasic (Na2HPO4)

Sodium phosphate tribasic (Na3PO4)

Explanation:

Answer:

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Answer:

Atoms consist of  nucleus made by protons and neutrons orbited by electrons.

Explanation:

In the center of any atom you have a nucleus which is made of positively charged protons and neutrons (no charge). Surrounding the nucleus are electrons which have negative charge. The mass of an electron is much much smaller compared to a proton, and the number of protons determine the element (eg: 8 protons means we have the element Oxygen.

Answer:

the science relating to all stuff about earth

Answer:

b

Explanation:

Answer:

phosphorus trichloride

Answer:

tin

Explanation:

When copper is combined with another element, tin, it makes bronze, the first man made metal alloy

Answer:

dont know how many

Explanation:.

Answer:

Decrease:  The particles will form a solid if temperature keeps on decreasing since the atoms become more and more still.

Increase:  The particles will start to move more rapidly causing the liquid to form into a gas.

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Answer:

Fe + 02 - Fe203

Explanation:

Hope this helps

Answer:

H2+ + O2 —— H2O.

Explanation:

Hope it helps you.

Answer:

2 moles of H2 + 1 mole of O2 –> 2 moles of H20

Explanation:

THe reason for this is because the ratio of H2 gas to O2 gas will always remain 2:1, and the ratio of H2 gas to H2O gas will remain 1:1.

Answer:

2

Explanation:

Answer:

2

Explanation:

i took the test on edg 2022 good luck on you test :)

Answer:

A.

Explanation:

this form is used to seperate and test fibers which would be A

Answer:

false

Explanation:

False.

According to Rutherford's theory, an atom's nucleus is surrounded by electrons that are negatively charged. He also asserted that the electrons that surround the nucleus travel in a circular pattern at extremely high speeds. He gave these elliptical routes the name orbits.

Atomic Model by Dalton.

Atomic model by J.J. Thomson.

The atomic model of Rutherford.

Principle of Neil Bohr.

Various Atomic Models FAQs.

Examples of this group include the compound-nucleus model (qq. v.) and the liquid-drop model. Other nuclear models combine elements from the two groups, such as the collective model (q.v. ), which combines the liquid-drop mode and the shell model.

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Answer:

8

Explanation:

The reason these zeros are considered is because it shows the accuracy to which the value has been taken.

-Hope this helped

Answer:

B

Explanation:

An open system can exchange both energy and matter with its surroundings!