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Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option?
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Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form...
Answer:
Given:
Atomic mass of element X = 50
Atomic mass of element Y = 16
Percentage of Y in the compound = 32%
To find:
The formula of the compound formed by X and Y
Solution:
Let us assume that the compound formed by X and Y is XYn.
Now, according to the question, the percentage of Y in the compound is 32%.
Therefore, the mass of Y in the compound is:
(16 x 32/100) = 5.12
Similarly, the mass of X in the compound is:
(50 x (100-32)/100) = 34
To find the value of 'n' in the compound XYn, we need to balance the equation by equating the masses of X and Y.
Hence, we get:
16n = 5.12
n = 0.32
Therefore, the formula of the compound formed by X and Y is XY0.32, which can be written as XY2/7.
Thus, the correct option is c) XY2.
Conclusion:
- The formula of the compound formed by X and Y is XY2.
- The mass of Y in the compound is 5.12.
- The mass of X in the compound is 34.
Given:
Atomic mass of element X = 50
Atomic mass of element Y = 16
Percentage of Y in the compound = 32%
To find:
The formula of the compound formed by X and Y
Solution:
Let us assume that the compound formed by X and Y is XYn.
Now, according to the question, the percentage of Y in the compound is 32%.
Therefore, the mass of Y in the compound is:
(16 x 32/100) = 5.12
Similarly, the mass of X in the compound is:
(50 x (100-32)/100) = 34
To find the value of 'n' in the compound XYn, we need to balance the equation by equating the masses of X and Y.
Hence, we get:
16n = 5.12
n = 0.32
Therefore, the formula of the compound formed by X and Y is XY0.32, which can be written as XY2/7.
Thus, the correct option is c) XY2.
Conclusion:
- The formula of the compound formed by X and Y is XY2.
- The mass of Y in the compound is 5.12.
- The mass of X in the compound is 34.
Community Answer
Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form...
X2y3 is the answer
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Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option?
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Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option? for Class 10 2024 is part of Class 10 preparation. The Question and answers have been prepared according to the Class 10 exam syllabus. Information about Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option? covers all topics & solutions for Class 10 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option?.
Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option? for Class 10 2024 is part of Class 10 preparation. The Question and answers have been prepared according to the Class 10 exam syllabus. Information about Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option? covers all topics & solutions for Class 10 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two elements X (atmoic mass 50) and Y (atomic mass 16) combine to form a compound having 32% of Y. The formula of compound is a) X2Y3 b) XY c) XY2 D) X3Y4? What is the correct option?.
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