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A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.?
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A box contains some identical red coloured balls, labelled as A, each ...
AB mass of A = 2 g mass of B = 5 g hence if mass of A = 1g , mass of B = 5/2 g =2.5
inAB2 mass of A = 2g and mass of B= 10g , hence for 1 g A , mass of b = 10/2g =5
in A2B , mass of A = 4g , mass of B= 5g , hence for 1 g A , mass of B = 5/4g = 1.25
in A2B3 , mass of A = 4 g , mass of B= 15 g , hence for 1 g A mass of B = 15/ 4 g =3.75
therefore the ratio of the mass of B in all compounds with the same amount of A =
2: 4 : 1: 3, which is a whole no. ratio hence law of multiple proportions.
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A box contains some identical red coloured balls, labelled as A, each ...
Introduction:
The law of multiple proportions states that when two elements combine to form more than one compound, the ratios of the masses of one element that combine with a fixed mass of the other element can be expressed in small whole numbers. In other words, if two elements (A and B) can combine to form different compounds, then the ratio of the masses of element A to element B in each compound will be a small whole number ratio.
Given Information:
- Red balls (A) weigh 2 grams each.
- Blue balls (B) weigh 5 grams each.
Combinations:
Let's consider the following combinations:
1. AB:
- In this combination, we take 1 red ball (A) and 1 blue ball (B).
- The total mass of A = 2 grams.
- The total mass of B = 5 grams.
- The ratio of the masses of A to B = 2:5.
- This ratio is not a small whole number.
2. AB2:
- In this combination, we take 1 red ball (A) and 2 blue balls (B).
- The total mass of A = 2 grams.
- The total mass of B = 2 * 5 grams = 10 grams.
- The ratio of the masses of A to B = 2:10 = 1:5.
- This ratio is a small whole number (1:5 = 1:5).
3. A2B:
- In this combination, we take 2 red balls (A) and 1 blue ball (B).
- The total mass of A = 2 * 2 grams = 4 grams.
- The total mass of B = 5 grams.
- The ratio of the masses of A to B = 4:5.
- This ratio is not a small whole number.
4. A2B3:
- In this combination, we take 2 red balls (A) and 3 blue balls (B).
- The total mass of A = 2 * 2 grams = 4 grams.
- The total mass of B = 3 * 5 grams = 15 grams.
- The ratio of the masses of A to B = 4:15.
- This ratio is not a small whole number.
Explanation:
According to the law of multiple proportions, the ratio of the masses of element A to element B in different compounds should be expressed in small whole numbers. In the given combinations, we can see that only the combination AB2 satisfies this condition, as the ratio of the masses of A to B is 1:5, which is a small whole number ratio.
In the combinations AB, A2B, and A2B3, the ratios of the masses of A to B are not small whole numbers. This shows that the law of multiple proportions is applicable, as the ratio of the masses of A to B in different compounds is not the same and does not follow a simple whole number ratio.
Therefore, the given combinations AB, AB2, A2B, and A2B3 demonstrate the applicability of the law of multiple proportions.
The law of multiple proportions states that when two elements combine to form more than one compound, the ratios of the masses of one element that combine with a fixed mass of the other element can be expressed in small whole numbers. In other words, if two elements (A and B) can combine to form different compounds, then the ratio of the masses of element A to element B in each compound will be a small whole number ratio.
Given Information:
- Red balls (A) weigh 2 grams each.
- Blue balls (B) weigh 5 grams each.
Combinations:
Let's consider the following combinations:
1. AB:
- In this combination, we take 1 red ball (A) and 1 blue ball (B).
- The total mass of A = 2 grams.
- The total mass of B = 5 grams.
- The ratio of the masses of A to B = 2:5.
- This ratio is not a small whole number.
2. AB2:
- In this combination, we take 1 red ball (A) and 2 blue balls (B).
- The total mass of A = 2 grams.
- The total mass of B = 2 * 5 grams = 10 grams.
- The ratio of the masses of A to B = 2:10 = 1:5.
- This ratio is a small whole number (1:5 = 1:5).
3. A2B:
- In this combination, we take 2 red balls (A) and 1 blue ball (B).
- The total mass of A = 2 * 2 grams = 4 grams.
- The total mass of B = 5 grams.
- The ratio of the masses of A to B = 4:5.
- This ratio is not a small whole number.
4. A2B3:
- In this combination, we take 2 red balls (A) and 3 blue balls (B).
- The total mass of A = 2 * 2 grams = 4 grams.
- The total mass of B = 3 * 5 grams = 15 grams.
- The ratio of the masses of A to B = 4:15.
- This ratio is not a small whole number.
Explanation:
According to the law of multiple proportions, the ratio of the masses of element A to element B in different compounds should be expressed in small whole numbers. In the given combinations, we can see that only the combination AB2 satisfies this condition, as the ratio of the masses of A to B is 1:5, which is a small whole number ratio.
In the combinations AB, A2B, and A2B3, the ratios of the masses of A to B are not small whole numbers. This shows that the law of multiple proportions is applicable, as the ratio of the masses of A to B in different compounds is not the same and does not follow a simple whole number ratio.
Therefore, the given combinations AB, AB2, A2B, and A2B3 demonstrate the applicability of the law of multiple proportions.
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A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.?
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A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.?.
A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.? for Class 11 2024 is part of Class 11 preparation. The Question and answers have been prepared according to the Class 11 exam syllabus. Information about A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.? covers all topics & solutions for Class 11 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for A box contains some identical red coloured balls, labelled as A, each weighing 2 grams. Another box contains identical blue coloured balls, labelled as B, each weighing 5 grams. Consider the combinations AB, AB2 , A2B and A2B3and show that law of multiple proportions is applicable.?.
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