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(7) The product of two numbers is the greatest 2-digit number. If one of the numbers is -11 , find the othen number.
On dividing -8016 by 
x, the answer obtained is -16 . Find the value of integer 
x.
Evaluate the following.
(9.) 
49 ×89 ×(-107)×0×412
(1). 
(-8)×(-16)
d. 
[12+9]÷[-9÷3]

sqrt([9+6-12-3]÷(-48))

(77) The product of two numbers is the greatest 22-digit number. If one of the numbers is 11-11 , find the othen number.\newlineOn dividing 8016-8016 by x x , the answer obtained is 16-16 . Find the value of integer x x .\newlineEvaluate the following.\newline(99.) 49×89×(107)×0×412 49 \times 89 \times(-107) \times 0 \times 412 \newline(11). (8)×(16) (-8) \times(-16) \newlined. [12+9]÷[9÷3] [12+9] \div[-9 \div 3] \newline[9+6123]÷(48) \sqrt{[9+6-12-3] \div(-48)}

Full solution

Q. (77) The product of two numbers is the greatest 22-digit number. If one of the numbers is 11-11 , find the othen number.\newlineOn dividing 8016-8016 by x x , the answer obtained is 16-16 . Find the value of integer x x .\newlineEvaluate the following.\newline(99.) 49×89×(107)×0×412 49 \times 89 \times(-107) \times 0 \times 412 \newline(11). (8)×(16) (-8) \times(-16) \newlined. [12+9]÷[9÷3] [12+9] \div[-9 \div 3] \newline[9+6123]÷(48) \sqrt{[9+6-12-3] \div(-48)}
  1. Problem 77: Find Other Number: Problem (77): Find the other number when the product of two numbers is 9999 and one of the numbers is 11-11.\newlineCalculation: Let the other number be xx. Then, 11×x=99-11 \times x = 99.\newlineSolving for xx, x=9911=9x = \frac{99}{-11} = -9.
  2. Problem 88: Find Value of x: Problem (88): Find the value of xx when dividing 8016-8016 by xx gives 16-16.\newlineCalculation: 8016/x=16-8016 / x = -16.\newlineSolving for xx, x=8016/16=501x = -8016 / -16 = 501.

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