Calculators do not have opposites because they are inanimate objects that serve a unique purpose (to answer math questions).
Sine can be found in degrees by taking the length of the opposite side and hypoteneuse. Then divide the opposite side by the hypoteneuse. Any calculator can be used to find this. for example, if the hypoteneuse side was 7, and the opposite side was 3, and you labeled the angle "A", then it would be "sineA= 3/7" ...... then A=sin^-1 (3/7) and you put that in your calculator and the answer you get is the angle in degrees (if the calculator is in degrees mode, and if the angle is an acute angle).
Output. For example, if you input '2 + 2 =' in a calculator, the 4 that appears is the output.
you need a calculator to do Sin-1 Opposite/hypotenuse OR Cos-1 Adjacent/Hypotenuse OR Tan-1 Opposite/Adjacent
You would have to use its opposite tangent, tan-1on your scientific calculator. It would be tan-1(opposite side/adjacent side), and you must have the opposite and adjacent sides of the angle you are trying to solve.
It means inverse, and performs the opposite of the given operation. For example, if you want inverse of tangent, you will use that inv button.
Rectangular It converts co-ordinates from a polar form to rectangular (Cartesian) form. It is the opposite of the Pol (or Polar) function.
It is a trigonometric equation for a right triangle, to find a non-right-angle angle. Using SOHCAHTOA, it is the opposite side divided by the adjacent angle
A Texas Instruments graphing calculator can be used as a basic calculator, a scientific calculator and a graphing calculator.
Yes for the calculator active but not for the calculator inactive.
pocket calculator is a calculator that we keep in our pocket
fitness calculator
In a right angles triangle the sides are named the hypotenuse (the side opposite the right angle) and the other two sides are called the adjacent and the opposite sides. 1) The sine of an angle = length of the opposite side ÷ length of the hypotenuse. 2) The cosine of an angle = length of the adjacent side ÷ length of the hypotenuse. Using 1) The length of the hypotenuse = length of the opposite side ÷ the sine of the angle. Using tables or a calculator obtain the sine of the angle and divide this into the length of the opposite side. The result will be the length of the hypotenuse.