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...The **square** root of a negative **number** does not exist in lR, the set of real **number**s. In the set of Complex **number**s the **square** root of -49/64 is (7/8)i, where i is the imaginary unit **define**d by

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Question about Office Equipment & Supplies

**number** of **square** units in the Imperial system. We can choose to do the calculation in feet or inches. Let's do it in inches first. There are 12" in a foot, so we multiply 90,000 by 12 to get 1,080,000

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Question about Casio Office Equipment & Supplies

...**square** matrix, for example matA. You press [Shift][Matrix] [7:det] [SHIFT][MATRIX][3:MatA], close the parenthesis and press [ENTER]. If you have **define**d two similar matrices (same **number** of row and ...

**square** matrix, for example matA.You press [Shift][Matrix] [7:det] [SHIFT][MATRIX][3:MatA], close the parenthesis and press [ENTER].If you have **define**d two similar matrices (same **number** of row and same

Question about Casio Office Equipment & Supplies

...[)] [=] Now you want to calculate the **square** of matA. Press [SHIFT][MATRIX][3:MatA] [x^2][=] A 2x2 matrix is displayed. It is MatA[^2]. If you **define** MatA, MatB, MatC ...

Question about Office Equipment & Supplies

...**number** of **square** going left to right. Divide the change in y by the change in x. This is your slope. If the line is going up to the right. the slope is positive. If it is going up to the left, the ...

Question about Texas Instruments Office Equipment & Supplies

...**Define** z=x+iy Substitute in the equation [x+iy -1-i|=5 |(x-1)+(y-1)i|=5 SQRT ((x-1)^2+(y-1)^2)=5 Raise to the second power (**square**) (x-1)^2+(y-1)^2=25 This is the equation of a circle of center (1,1) ...

...**define** have dimensions 3X3.First you must set Matrix calculation: Press [MODE][6:Matrix]. Then by entering one of the **number**s [1:MatA] or [2:Matb] or [3:MatC] you get to choose the dimensions of the ...

**square** matrix, for example matA. You press [Shift][Matrix] [7:det] [SHIFT][MATRIX][3:MatA], close the parenthesis and press [ENTER]. If you have **define**d two similar matrices (same **number** of row and ...

...Answer Matrix (the last matrix calculated) [7:det] Calculate the determinant of a matrix already **define**d [8:Trn] The transpose of a matrix already **define**d Once you have created a **square** matrix,

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