A combination lock consists of a dial with 35 numbers on it. To open the lock, you turn the dial to the right until you reach the first number, then to the left until you get to the second number, ther to the right again to the third number. The numbers must be distinct. How many different combinations are possible?

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A: Solve for X?

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A: The given equatons are b) c)

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A: We will solve the determinant in terms of X and then equate it to 132.

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A: The solution is perfectly fine, we give another Linear Algebra technique to support the answer which…

Q: Use the Gauss-Jordan method to solve the following system of equations. x+y=11 5x+4y=49 Select the…

A: the solution of the below equation using the Gauss-Jordan method  x+y= 11 5x+4y=49

Q: Express the quantity S².

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