Science, asked by vaishnavihampannavar, 5 months ago

Freons are gaseous compound. used in refrigeration a particular Freon contains carbon 9.93% ,58.64% chloride and 31.43% fluorine what is the empirical formula and molecular formula
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Answers

Answered by vinayakgupta440
1

Explanation:

Caffeine has the following percent composition: carbon, 49.48%; hydrogen, 5.19%; oxygen, 16.48%; and nitrogen, 28.85%. What is its empirical formula?

C4H5ON2

The molar mass of caffeine (C4H5ON2) is 194.19 g/mol. What is its molecular formula?

C8H10O2N4

A compound is found to have 46.67% nitrogen, 6.70% hydrogen, 19.98% carbon and 26.65% oxygen. What is its empirical formula?

N2H4CO

Benzoic acid contains 68.8% carbon, 4.95% hydrogen and 26.25% oxygen. Find the empirical formula.

C7H6O2

A compound consists of 75.0% magnesium and 25.0% oxygen by mass. What is the empirical formula?

Mg2O

A compound contains 50.0% magnesium, 24.0% carbon, 16.0% oxygen, and 10.0% hydrogen. What is the empirical formula?

Mg2C2OH10

Freons are gaseous compounds used in refrigeration. A particular Freon contains 9.93% carbon, 58.64% chlorine, and 31.43% fluorine. What is the empirical formula?

CCl2F2

A compound consists of 85.0% silver and 15.0% fluorine by mass. What is the empirical formula?

AgF

A compound consists of 40.0% calcium, 12.0% carbon, and 48.0% oxygen by mass. What is the empirical formula by mass?

CaCO3

A compound with an empirical formula if CH is found to have a molar mass of 26.04 g/mol. What is its molecular formula?

C2H2

A compound has an empirical formula of ClCH2, and its molar weight is 98.96 g/mol. What is the molecular formula of this compound?

Cl2C2H4

A compound contains 75.46% carbon, 4.43% hydrogen, and 20.11% oxygen by mass. It has a molar weight of 318.31 g/mol. What is the molecular formula?

C20H14O4

Sodium Chloride

NaCl

Strontium Phosphide

Sr3P2

Iron (3) bromide

FeBr3

Aluminum Sulfide

Al2S3

Copper (2) iodide

CuI2

Indium oxide

In2O3

Rubidium Arsenide

Rb3As

Lead (4) nitride

Pb3N4

Calcium Sulfate

CaSO4

Lithium Phosphate

Li3PO4

Magnesium nitrate

Mg(NO3)2

Potassium Chlorate

KCLO3

Hydrobromic acid

HBr

Hydrochloric acid

HCl

Nitric Acid

HNO3

Nitrous Acid

HNO2

KBr

Potassium bromide

Fe3N2

Iron (2) nitride

SrBr2

strontium bromide

AlCl3

Aluminum chloride

Sn3P2

tin (2) phosphide

CaI2

Calcium iodide

CuO

Copper (2) oxide

Ba3P2

barium phosphide

Ca3(PO4)2

Calcium phosphate

LiNO3

Lithium nitrate

MgSO4

Magnesium sulfate

Al2(CO3)3

Aluminum carbonate

FeCO3

iron (2) carbonate

CuSO4

copper (2) sulfate

H2SO3

Sulfurous Acid

Dicarbon Tetrahydride

C2H4

Carbon Tetrafluoride

CF4

Nitrogen Trichloride

NCl3

Carbon Monoxide

CO

Carbon Dioxide

CO2

Sulfur Dichloride

SCl2

Heptacarbon heptahydride

C7H7

Nitrogen Dioxide

NO2

CH4

Carbon Tetrahydride

C3H8

Tricarbon Octahydride

CI4

Carbon Tetraiodide

NF3

Nitrogen Trifluoride

PF3

Phosphorous Trifluoride

SeO3

Sellinium Trioxide

OF2

Oxygen difluoride

SrO

Strontium Oxide

KNO2

Potassium Nitrite

CuF2

copper (2) fluoride

Perchloric Acid

HClO4

Aluminum Carbonate

Al2(CO3)3

Phosphic Acid

H3PO4

Hydrochloric Acid

HCl

Lithium Nitride

Li3N

Lead (2) Sulfite

PbSO3

Beryllium Bromide

BeBr2

Hydrofluoric Acid

HF

Lead (4) carbonate

Pb(CO3)2

Ammonium dichromate

(NH4)2Cr2O7

Copper (2) oxide

CuO

Calcium Phosphite

Ca3(PO3)2

Copper(1) Chromate

Cu2CrO4

K2S

Potassium Sulfide

SnO

tin (2) oxide

H2SO4

Sulfuric acid

PbO2

Lead (4) oxide

Ca (ClO4)2

calcium perchlorate

AlBr3

aluminum bromide

Cu (MnO4) 2

Copper (2) permanganate

Sr3P2

strontium phosphide

HNO3

Nitric acid

FeBr3

Iron (3) bromide

(NH4)2 SO3

ammonium sulfite

FeC2O4

Iron (2) oxalate

Ag2Cr2O7

silver dichromate

Al (MnO4)3

aluminum permanganate

BaS

barium sulfide

NaBr

Sodium bromide

SO3

Sulfur Trioxide

CO

Carbon Monoxide

N2O3

dinitrogen trioxide

NO3

Nitrogen Trioxide

PI3

Phosphorous Triodide

N2S5

Dinitrogen Pentasulfide

Phosporous nonabromide

PB9

Carbon tetrachloride

CCl4

Disulfur dioxide

S2O2

Nitrogen trioxide

NO3

Sulfur Dioxide

SO2

Dichlorince monoxide

Cl2O

Oxygen pentanitride

ON5

What is the empirical formula for a compound containing only carbon and hydrogen if it is known to contain 84.2% carbon?

C4H9

Find the empirical formula of a compound that contains 15.8 g of Al, 28.1 g of S, and 56.1 g of oxygen

Al2S3O12 or Al2(SO4)3

The empirical formula for a hydrocarbon is CH2. Its actual molar mass is 294 g/mol. What is its molecular formula?

C21H42

500 grams of a compound are found to contain 133 grams of potassium, 176.5 grams of chromium and the rest is oxygen. What is the empirical formula for the compound?

K2Cr2O7

Determine the percent oxygen in potassium sulfate. In 125.0 gram sample of potassium sulfate what mass is oxygen?

36.72% and 45.91 g

Determine the percent oxygen in potassium sulfite. In a 125.0 gram sample of potassium sulfite what mass is oxygen?

30.33% and 37.91 g

What is the percentage composition by mass of iron (2) nitrite?

37.48% Fe, 18.92% N, 43.24% oxygen

What is the empirical formula for a compound if 300 grams of it are known to contain 82.4624 grams of Mo, 45.741 g of Cl, and the rest is bromine

Mo2Cl3Br5

Hydrocarbons

molecular compounds composed solely of carbon and hydrogen

Stock System

naming chemical ions and elements

Monatomic ions

Ions formed from a single atom

Lithium

Li with a positive 1 ion

Sodium

Na with a positive 1 ion

Potassium

K with a positive 1 ion

Rubidium

Rb with a positive 1 ion

Cesium

Cs with a positive 1 ion

Beryllium

Be with a positive 2 ion

Magnesium

Mg with a positive 2 ion

Calcium

Ca with a positive 2 ion

Vanadium (3)

V3+

Chromium (3)

Cr3+

Iron (3)

Fe3+

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