In your calculator, put cos-1 (0.4612) you will get 62.5 degree ~63 degrees. That's it.
8 years ago
Answered By Becky L
cos B = 0.4612
B = cos ^(-1) 0.4612
B = 62.54 degrees
8 years ago
Answered By Becky L
note that cos ^ (-1) = cos-1
8 years ago
Answered By Iluminado C
cos B = 0.4612
B = Arcos(0.4612)
B = 62.54 degrees
8 years ago
Answered By Kamia S
So for this you're given the value or output of the function cosb=o.4612 like f(x)=y now in order to solve for x or in this case b you need to use the inverse of the function; cos-1 which in this case is also a function, it takes the output value and gives you your input!
So cos-10.4612=62.45o
8 years ago
Answered By Clifton P
Given $\cos B=0.4612$cosB=0.4612
we can use the function arccos, or inverse cosine, to find the angle.
This appears as $\cos^{-1}$cos−1 on your calculator.
8 years ago
Answered By Megan R
Arccos(0.4612) = 1.09 radians
1.09 radians * (180 degrees/Pi radians) = 62.5 degrees
8 years ago
Answered By Hon C
In your calculator, put cos-1 (0.4612) you will get 62.5 degree ~63 degrees. That's it.
8 years ago
Answered By Becky L
cos B = 0.4612
B = cos ^(-1) 0.4612
B = 62.54 degrees
8 years ago
Answered By Becky L
note that cos ^ (-1) = cos-1
8 years ago
Answered By Iluminado C
cos B = 0.4612
B = Arcos(0.4612)
B = 62.54 degrees
8 years ago
Answered By Kamia S
So for this you're given the value or output of the function cosb=o.4612 like f(x)=y now in order to solve for x or in this case b you need to use the inverse of the function; cos-1 which in this case is also a function, it takes the output value and gives you your input!
So cos-10.4612=62.45o
8 years ago
Answered By Clifton P
Given $\cos B=0.4612$cosB=0.4612
we can use the function arccos, or inverse cosine, to find the angle.
This appears as $\cos^{-1}$cos−1 on your calculator.
Apply to both sides
$\cos^{-1}\cos B=\cos^{-1}0.4612$cos−1cosB=cos−10.4612
$\cos^{-1}\cos B=B$cos−1cosB=B
$\cos^{-1}0.4612=62.5º$cos−10.4612=62.5º
To the nearest degree we get 63º