Sulfur and fluorine form at least two compounds-SF4 and SF6. Explain how these compounds can be used as an example of the Law of Multiple Proportions.

Q: How is the law of multiple proportions different from the law of definite proportions?

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Q: Do these data provide example(s) of the law of definite proportions, the law of multiple…

A: Law of definite proportion: In any chemical compound the component elements are in fixed ratio by…

Q: Consider a 100.0g samples of two different compounds consisting of only caron and oxygen.One…

A: Mass of both the compounds = 100 g

Q: Carbon combines with oxygen in a mass ratio of 1.000:2.664 to form CO2 and in a mass ratio of…

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Q: Which of the following pairs of compounds illustrates the law of multiple proportions?   a. Fe, FeO3…

A: In the law of multiple proportions, two elements react with each other to form more than one…

Q: 8 S and S8

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Q: There are 100g of two different compounds that are composed of Sulfur and Oxygen. The first compound…

A: given:  100 g of compound A contains: 50 g of S and 50g of O  100g of compound B contains 40 g S and…

Q: Using triangles to represent one type of atom and circles to represent another type of atom, draw…

A: Given: Using triangles to represent one type of atom and circles to represent another type of atom,…

Q: What is the symbol of an ion with 16 protons, 18 neutrons, and 18 electrons? What is the symbol for…

A: 16proton 18neutron 18electron ion is  This is a Isotope of Sulphu which has mass of 34 and ion is…

Q: The hydroxides formed by three elements of period 3 are given in the following table. Write the…

A: Period 4 elements for group 1A--K, Potassium                                                2A--Ca,…

Q: Which could be used to demonstrate the law of multiple proportions?  A. CuBr2 and CuCl  B. MgS and…

A: Law of multiple proportions is one of the laws of chemical combination and was proposed by Dalton.

Q: The fact that the C atom can form compounds like CH4, C2H5O, H2C=CH2, HC≡CH, etc., demonstrates…

A: To find: The fact that the C atom can form compounds like CH4, C2H5O, H2C=CH2, HC≡CH, etc.,…

Q: Use Dalton's atomic theory to account for each of the following. a.the law of conservation of mass…

A: Use Dalton's atomic theory to account for each of the following. a.the law of conservation of mass…

Q: Which of the following diagrams illustrates the law of multiple proportions?

A: According to the law of multiple proportions, if two elements combine to form two or more compounds,…

Q: A metal x forms two different chlorides if 12.7g of chloride A and 16.3g of chloride B . contain…

A: To find: A metal x forms two different chlorides if 12.7g of chloride A and 16.3g of chloride B…

Q: 2. In the previous example, you added 4 Boron-11 isotopes to 1 Boron-10 to make the average atomic…

A: given, to form a mixture, we added number of boron-11  = 4  number of boron- 10 = 1

Q: Sulfur forms two oxides. In one of them, 1.87 grams of sulfur combines with 1.87 grams of oxygen,…

A: The rule of multiple proportions put forwards that for the formation of multiple number of compounds…

Q: Elements "X" and "Y" react in two different ways to form two different compounds. 64.128g of "X"…

A: Law of Definite Proportion : This law states that every components in a compound will always contain…

Q: A 12.49 g sample of NaBr contains 22.34% Na by mass. Considering the law of constant composition…

A: Average atomic mass of the element = Mass of one isotope of the element x % natural abundance + Mass…

Q: What is the mass of iridium 2 most common isotopes and the numbers of protons and neutrons in each…

A: The elements which has same atomic number but different mass number is known as Isotopes. Iridium…

Q: 4. Which pair could be used to demonstrate the law of multiple proportions? O A. CuCl2 and CuCl O B.…

A: Since you have asked multiple questions, we will solve the first question for you. If you want any…

Q: 1. State the law of definite proportions (or the law of constant composition). Consult your lecture…

A: Since we only answer one question at a time, we’ll answer the first one. Please resubmit the…

Q: State and explain the law of multiple proportions. How is the law of multiple proportions different…

A: Formation of compounds due to combination of elements is governed using certain laws. These are…

Q: . Show that the following data are consistent with the law of multiple proportion: Steps are 1)…

A: (1) If the compounds formed by iron and Chlorine are A and B (as FeCl3 and FeCl2) then , the…

Q: 78. Proust's Law   Law of Definite Proportions Law of Multiple Proportions Law of Conservation…

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Q: Explain the difference between the law of definite proportions and the law of multiple proportions?

A: Law of definite proportion is introduced by Joseph Proust in 1799 whereas Law of multiple proportion…

Q: 1. Nitrogen and oxygen elements can form NO and N,0 compounds. A total of 14 grams of elemental…

A: We have to verify the given law.

Q: Explain the laws listed below and give examples of how these laws are used in Chemistry. Law of…

A: Law of conservation of mass tells us that mass is conserved during a reaction. Mass can neither be…

Q: Which of the following sets illustrates the Law of Multiple Proportions? O a. Li2O, Na2O, K20 O b.…

A: According to the Law of Multiple Proportions, when two same elements form two or more compounds, the…

Q: true or false (h)  All atoms of the same element have the same number of electrons.  (b) All atoms…

A: h) All atoms of the same element have the same number of electrons. The given statement is False.…

Q: What is the Principle of Constant Proportions?

A: Principle of constant proportion is also known as as law of definite proportion. It says that the…

Q: Which pair could be used to demonstrate the law of multiple proportions?   A. CuCl2 and CuCl   B.…

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Q: A chemical formula that shows the actual # and kinds of atoms present in one molecule of a compound…

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Q: What are the main ideas in Dalton's atomic theory? Check all that apply. Each atom is composed of…

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Q: Sulfur and fluorine form several different compounds including sulfur hexafluoride and sulfur…

A: Law of multiple proportions states that on the combination of two elements, the masses of one of the…

Q: Which of the following statements is true about a compound? A compound is always made up of…

A: The correct option is 3).

Q: Sulfur and oxygen form both sulfur dioxide and sulfur trioxide. When samples of these are…

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Q: According to Dalton's atomic concept: the difference between the law of constant composition and law…

A: Given: Law of composition and law of multiple proportions has just the difference of ratio of…

Q: polyatomic ions?

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Q: Explain in your own words, by writing a short paragraph, how the atomic theory predicts the law of…

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Q: Two gaseous A and B are common hydrocarbons. Chemical analyses demonstrate that in one sample of A,…

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Q: Describe the Law of Multiple Proportions?

A: Law of multiple proportion or Dalton's law states that when two elements combines to form more than…

Q: 1. The atoms of elements A (blue) and B (orange) form two compounds shown here. Do these compounds…

A: Given diagram is : Atom A is denoted = Blue  Atom B is denoted = Orange  Do these compound obey law…

Q: . What are the three types of subatomic particles? Give their names, charges and location in the…

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Q: How many of EACH element are there in this chemical formula? MgBr, Mg: Br:

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Q: Two samples of sodium chloride with different masses were decomposed into their constituent…

A: Given: Mass of sodium in sample 1 = 2.91 g. And mass of chlorine in sample 1 = 4.48 g.

Q: Which answer can be used to illustrate the law of multiple proportions?    a, CO2, H2CO3 b, CH4, CO2…

A: To solve this problem we need to know the Law of multiple proportion  and postulate of Dalton Atomic…

Q: 2. Give an example of an ion and an isotope. Show using numbers the difference between ion and atom…

A: To give an example of an ion and an isotope. To show the difference between ion and isotope.

Atoms and Molecules

An atom is the smallest unit of an element that possesses all the properties of that particular element. Molecules are the smallest unit of a substance that possess all the properties of that particular substance.