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If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?
If AB = BX and XC = CD in the figure beside, what is 's' in terms of 'p' and 'r'?