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.
Megahertz (MHz) is a common unit of frequency that represents one million cycles per second and is particularly known for its vital role in telecommunications and computing. The term hertz pays homage to Heinrich Hertz, the first person to conclusively prove the existence of electromagnetic waves. In radio broadcasting, the station dial numbers you tune into represent megahertz, which indicate the carrier frequency of the radio station. For example, a frequency of 101.1 MHz means the wave completes 101.1 million cycles every second!
In computing, the speed of the early personal computers was often measured in megahertz. Though we’ve progressed to gigahertz in modern-day processors, the megahertz era marked some groundbreaking advancements in technology. The original IBM PC, introduced in 1981, had a processor speed of just 4.77 MHz. Today, such performance pales in comparison, revealing the incredible strides in processing power over the decades.
| Degrees per second | Megahertz |
|---|---|
0
deg/s
|
0
MHz
|
5
deg/s
|
1.38889e-8
MHz
|
10
deg/s
|
2.77778e-8
MHz
|
15
deg/s
|
4.16667e-8
MHz
|
20
deg/s
|
5.55556e-8
MHz
|
25
deg/s
|
6.94444e-8
MHz
|
30
deg/s
|
8.33333e-8
MHz
|
35
deg/s
|
9.72222e-8
MHz
|
40
deg/s
|
1.11111e-7
MHz
|
45
deg/s
|
1.25e-7
MHz
|
50
deg/s
|
1.38889e-7
MHz
|
55
deg/s
|
1.52778e-7
MHz
|
60
deg/s
|
1.66667e-7
MHz
|
65
deg/s
|
1.80556e-7
MHz
|
70
deg/s
|
1.94444e-7
MHz
|
75
deg/s
|
2.08333e-7
MHz
|
80
deg/s
|
2.22222e-7
MHz
|
85
deg/s
|
2.36111e-7
MHz
|
90
deg/s
|
2.5e-7
MHz
|
95
deg/s
|
2.63889e-7
MHz
|
100
deg/s
|
2.77778e-7
MHz
|
105
deg/s
|
2.91667e-7
MHz
|
110
deg/s
|
3.05556e-7
MHz
|
115
deg/s
|
3.19444e-7
MHz
|
120
deg/s
|
3.33333e-7
MHz
|
125
deg/s
|
3.47222e-7
MHz
|
130
deg/s
|
3.61111e-7
MHz
|
135
deg/s
|
3.75e-7
MHz
|
140
deg/s
|
3.88889e-7
MHz
|
145
deg/s
|
4.02778e-7
MHz
|
150
deg/s
|
4.16667e-7
MHz
|
155
deg/s
|
4.30556e-7
MHz
|
160
deg/s
|
4.44444e-7
MHz
|
165
deg/s
|
4.58333e-7
MHz
|
170
deg/s
|
4.72222e-7
MHz
|
175
deg/s
|
4.86111e-7
MHz
|
180
deg/s
|
5e-7
MHz
|
185
deg/s
|
5.13889e-7
MHz
|
190
deg/s
|
5.27778e-7
MHz
|
195
deg/s
|
5.41667e-7
MHz
|
200
deg/s
|
5.55556e-7
MHz
|
205
deg/s
|
5.69444e-7
MHz
|
210
deg/s
|
5.83333e-7
MHz
|
215
deg/s
|
5.97222e-7
MHz
|
220
deg/s
|
6.11111e-7
MHz
|
225
deg/s
|
6.25e-7
MHz
|
230
deg/s
|
6.38889e-7
MHz
|
235
deg/s
|
6.52778e-7
MHz
|
240
deg/s
|
6.66667e-7
MHz
|
245
deg/s
|
6.80556e-7
MHz
|
250
deg/s
|
6.94444e-7
MHz
|
255
deg/s
|
7.08333e-7
MHz
|
260
deg/s
|
7.22222e-7
MHz
|
265
deg/s
|
7.36111e-7
MHz
|
270
deg/s
|
7.5e-7
MHz
|
275
deg/s
|
7.63889e-7
MHz
|
280
deg/s
|
7.77778e-7
MHz
|
285
deg/s
|
7.91667e-7
MHz
|
290
deg/s
|
8.05556e-7
MHz
|
295
deg/s
|
8.19444e-7
MHz
|
300
deg/s
|
8.33333e-7
MHz
|
305
deg/s
|
8.47222e-7
MHz
|
310
deg/s
|
8.61111e-7
MHz
|
315
deg/s
|
8.75e-7
MHz
|
320
deg/s
|
8.88889e-7
MHz
|
325
deg/s
|
9.02778e-7
MHz
|
330
deg/s
|
9.16667e-7
MHz
|
335
deg/s
|
9.30556e-7
MHz
|
340
deg/s
|
9.44444e-7
MHz
|
345
deg/s
|
9.58333e-7
MHz
|
350
deg/s
|
9.72222e-7
MHz
|
355
deg/s
|
9.86111e-7
MHz
|
360
deg/s
|
0.000001
MHz
|
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