• deg/s   kHz
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Rounding Mode:

The unit “degree per second” offers a fascinating glimpse into the world of rotational motion. It’s primarily used to measure angular speed, telling us how quickly an object rotates around an axis. From the spinning blades of a helicopter to the rotation of planets, this unit plays a crucial role in understanding dynamic systems in both engineering and astrophysics.

Interestingly, when dealing with robots or automotive steering systems, precise turns and rotations are often measured in degrees per second to ensure accuracy and safety. Beyond earthbound applications, spacecraft rely on this measurement for controlled maneuvers, crucial for navigation and maintaining orientation in the vast expanse of space. The humble degree per second significantly impacts a wide array of technologies that shape our daily experiences.

Did you know?

Kilohertz (kHz), a unit of frequency equal to 1,000 hertz, is a central part of our digital world. It’s prominently used to measure frequencies of audio signals, radio transmissions, and clock speeds in computers. The human ear can typically hear sounds ranging from 20 Hz to 20 kHz. Interestingly, ultrasonic devices like bat echolocation operate at frequencies well beyond this range, often between 20 kHz and 200 kHz, allowing them sophistication in navigation and hunting that humans cannot directly experience.

In radio broadcasting, AM radio stations operate at kilohertz frequencies, generally between 530 kHz to 1700 kHz, catering to long-distance communication. This contrasts with FM radio, which uses the higher megahertz range. Understanding kilohertz can give insight into how different signals traverse space, influencing everything from global communications to wildlife studies.

> Degrees per second to Kilohertz Conversion Table

Degrees per second Kilohertz
0 deg/s 0 kHz
5 deg/s 1.38889e-5 kHz
10 deg/s 2.77778e-5 kHz
15 deg/s 4.16667e-5 kHz
20 deg/s 5.55556e-5 kHz
25 deg/s 6.94444e-5 kHz
30 deg/s 8.33333e-5 kHz
35 deg/s 9.72222e-5 kHz
40 deg/s 0.000111111 kHz
45 deg/s 0.000125 kHz
50 deg/s 0.000138889 kHz
55 deg/s 0.000152778 kHz
60 deg/s 0.000166667 kHz
65 deg/s 0.000180556 kHz
70 deg/s 0.000194444 kHz
75 deg/s 0.000208333 kHz
80 deg/s 0.000222222 kHz
85 deg/s 0.000236111 kHz
90 deg/s 0.00025 kHz
95 deg/s 0.000263889 kHz
100 deg/s 0.000277778 kHz
105 deg/s 0.000291667 kHz
110 deg/s 0.000305556 kHz
115 deg/s 0.000319444 kHz
120 deg/s 0.000333333 kHz
125 deg/s 0.000347222 kHz
130 deg/s 0.000361111 kHz
135 deg/s 0.000375 kHz
140 deg/s 0.000388889 kHz
145 deg/s 0.000402778 kHz
150 deg/s 0.000416667 kHz
155 deg/s 0.000430556 kHz
160 deg/s 0.000444444 kHz
165 deg/s 0.000458333 kHz
170 deg/s 0.000472222 kHz
175 deg/s 0.000486111 kHz
180 deg/s 0.0005 kHz
185 deg/s 0.000513889 kHz
190 deg/s 0.000527778 kHz
195 deg/s 0.000541667 kHz
200 deg/s 0.000555556 kHz
205 deg/s 0.000569444 kHz
210 deg/s 0.000583333 kHz
215 deg/s 0.000597222 kHz
220 deg/s 0.000611111 kHz
225 deg/s 0.000625 kHz
230 deg/s 0.000638889 kHz
235 deg/s 0.000652778 kHz
240 deg/s 0.000666667 kHz
245 deg/s 0.000680556 kHz
250 deg/s 0.000694444 kHz
255 deg/s 0.000708333 kHz
260 deg/s 0.000722222 kHz
265 deg/s 0.000736111 kHz
270 deg/s 0.00075 kHz
275 deg/s 0.000763889 kHz
280 deg/s 0.000777778 kHz
285 deg/s 0.000791667 kHz
290 deg/s 0.000805556 kHz
295 deg/s 0.000819444 kHz
300 deg/s 0.000833333 kHz
305 deg/s 0.000847222 kHz
310 deg/s 0.000861111 kHz
315 deg/s 0.000875 kHz
320 deg/s 0.000888889 kHz
325 deg/s 0.000902778 kHz
330 deg/s 0.000916667 kHz
335 deg/s 0.000930556 kHz
340 deg/s 0.000944444 kHz
345 deg/s 0.000958333 kHz
350 deg/s 0.000972222 kHz
355 deg/s 0.000986111 kHz
360 deg/s 0.001 kHz