Home » Cosine » Cos 608°

# Cos 608°

Welcome to cos 608°, our post aboutthe cosine of 608 degrees.

For the cosine of 608 degrees we use the abbreviation cos for the trigonometric function together with the degree symbol °, and write it as cos 608°.

If you have been looking for what is cos 608°, or if you have been wondering about cos 608 degrees in radians, then you are right here, too.

In this post you can find the cos 608° value, along with identities.

## Cos 608 Degrees

If you want to know what is cos 608 degrees in terms of trigonometry, then navigate straight to the explanations in the next paragraph; what’s ahead in this section is the value of cos 608°:

cos608° = -0.37461
cos 608° = -0.37461
cos 608 degrees = -0.37461

The cos of 608 degrees is -0.37461, the same as cos of 608 degrees in radians. To obtain 608 degrees in radian multiply 608° by $\pi$ / 180° = 152/45 $\pi$. Cos 608degrees = cos (152/45 × $\pi)$.

Our results of cos608° have been rounded to five decimal places. If you want cosine 608° with higher accuracy, then use the calculator below; our tool displays ten decimal places.

To calculate cos 608 degrees insert the angle 608 in the field labelled °, but if you want to calculate cos 608 in radians, then you have to press the swap unit button first.

### Calculate cos [degrees]

Besides cos608°, similar trigonometric calculations on our site include, but are not limited, to:

The identities of cosine 608° are as follows:

cos608°
= sin (90°+608°) = sin 698°
= sin (90°-608°) = sin -518°

-cos608°
= cos (180°+608°) = cos 788°
= cos (180°-608°) = cos -428°

Note that cos608° is periodic: cos (608° + n × 360°) = cos 608 degrees, n$\hspace{5px} \in \hspace{5px} \mathbb{Z}$.

There are more formulas for the double angle (2 × 608°), half angle ((608/2)°) as well as the sum, difference and products of two angles such as 608° and β.

You can locate all of them in the respective article found in the header menu. To find everything about cos -608° click the link. And here is all about sin 608°, including, for instance, a converter.

In terms of the other five trigonometric functions, cos of 608° =

• $\pm \sqrt{1-\sin^{2} 608 ^\circ}$
• $\pm\frac{1}{\sqrt{1 + \tan^{2} 608^\circ}}$
• $\pm\frac{\cot 608^\circ}{\sqrt{1 + \cot^{2} 608^\circ}}$
• $\frac{1}{\sec 608^\circ}$
• $\pm\frac{\sqrt{\csc^{2} 608^\circ – 1} }{\csc 608^\circ}$

As the cosine function is the reciprocal of the secant function, 1 / sec 608° = cos608°.

In the next part we discuss the trigonometric significance of cos608°, and there you can also learn what the search calculations form in the sidebar is used for.

## What is cos 608°?

In a circle with the radius r, the horizontal axis x, and the vertical axis y, 608 degrees is the angle formed by the two sides x and r; r moving counterclockwise is the positive angle.

As detailed in the unit-circle definition on our homepage, assumed r = 1, in the intersection of the point (x,y) and the circle, x = cos 608°.

Note that you can locate many terms including the cosine608° value using the search form. On mobile devices you can find it by scrolling down. Enter, for instance, value of cos608°.

Along the same lines, using the aforementioned form, can you look up terms such as cos 608° value, cos 608, cos608° value and what is the cos of 608 degrees, just to name a few.

Given the periodic property of cosine of 608°, to determine the cosine of an angle > 360°, e.g. 1328°, calculate cos 1328° as cos (1328 Mod 360)° = cosine of 608°, or look it up with our form.

## Conclusion

The frequently asked questions in the context include what is cos 608 degrees and what is the cos of 608 degrees for example; reading our content they are no-brainers.

But, if there is something else about cosine 608° you would like to know, fill in the form on the bottom of this post, or send us an email with a subject line such as cosine 608 degrees.

If our calculator and the information on cos608° have been helpful, please hit the sharing buttons to spread the word about our content, and don’t forget to bookmark us.

Or, even better, install absolutely free PWA app (see menu or sidebar)!

Thanks for visiting cos608 degrees.

– Article written by Mark