Degrees to Seconds (deg to arcsec)

Metric Conversions.

Seconds to Degrees (Swap units)

1º = 3600″

Note: You can increase or decrease the accuracy of this answer by selecting the number of significant figures required from the options above the result.

Degrees to Seconds formula

Seconds = Degrees * 3600

Degrees to Seconds calculation

Seconds = Degrees * 3600

Seconds = 1 * 3600

Seconds = 3600

Relationship between Degrees and Seconds

The relationship between degrees and seconds of degrees is an important concept in the field of geography and navigation. Degrees are a unit of measurement used to express angles or coordinates on the Earth's surface. A degree is divided into 60 minutes, and each minute is further divided into 60 seconds. Therefore, there are 60 seconds in one minute of a degree, and 3,600 seconds in one degree.

Seconds of degrees are commonly used to express precise locations or measurements. For example, when using a GPS device, coordinates are often given in degrees, minutes, and seconds. This level of precision allows for accurate positioning and navigation. Additionally, seconds of degrees are used in various scientific fields, such as astronomy and geodesy, where precise measurements are crucial.

Converting between degrees and seconds of degrees is relatively straightforward. To convert degrees to seconds, simply multiply the number of degrees by 3,600. Conversely, to convert seconds of degrees to degrees, divide the number of seconds by 3,600. This conversion is essential when working with different units of measurement or when performing calculations that require consistent units. Understanding the relationship between degrees and seconds of degrees is fundamental for anyone working with geographic coordinates or studying the Earth's surface.

About Degrees

Degrees (symbol: °) are a unit of measurement used to quantify angles in geometry and trigonometry. An angle is formed when two lines or rays intersect, and degrees are used to measure the amount of rotation between these lines or rays. The concept of degrees dates back to ancient civilizations, with the Babylonians being credited with the development of the sexagesimal system, which divided a circle into 360 equal parts.

In the sexagesimal system, a full circle is divided into 360 degrees, with each degree further divided into 60 minutes (symbol: '). Each minute is then divided into 60 seconds (symbol: "). This system allows for precise measurement of angles, with smaller units providing greater accuracy. Degrees are commonly used in various fields, including mathematics, physics, engineering, and navigation.

Degrees are a versatile unit of measurement, allowing for easy conversion between different angular units. For example, radians, another commonly used unit for measuring angles, can be converted to degrees by multiplying the value by 180/π (approximately 57.3°). Similarly, degrees can be converted to radians by multiplying the value by π/180. This flexibility makes degrees a convenient choice for expressing angles in everyday life and scientific calculations.

About seconds

A degree is divided into 60 minutes, and each minute is further divided into 60 seconds. This means that there are 3,600 seconds in a degree. Seconds of degrees are typically used when a higher level of precision is required, such as in navigation or astronomy. For example, when determining the position of a celestial object, astronomers may need to measure the angle in seconds of degrees to accurately track its movement.

 

Degrees to Seconds table

Starting value
Increment
Accuracy
Degrees
Seconds
0.00000″
3,600.00000″
7,200.00000″
10,800.00000″
14,400.00000″
18,000.00000″
21,600.00000″
25,200.00000″
28,800.00000″
32,400.00000″
10º
36,000.00000″
11º
39,600.00000″
12º
43,200.00000″
13º
46,800.00000″
14º
50,400.00000″
15º
54,000.00000″
16º
57,600.00000″
17º
61,200.00000″
18º
64,800.00000″
19º
68,400.00000″
20º
72,000.00000″
21º
75,600.00000″
22º
79,200.00000″
23º
82,800.00000″
24º
86,400.00000″
25º
90,000.00000″
26º
93,600.00000″
27º
97,200.00000″
28º
100,800.00000″
29º
104,400.00000″
30º
108,000.00000″
31º
111,600.00000″
32º
115,200.00000″
33º
118,800.00000″
34º
122,400.00000″
35º
126,000.00000″
36º
129,600.00000″
37º
133,200.00000″
38º
136,800.00000″
39º
140,400.00000″
40º
144,000.00000″
41º
147,600.00000″
42º
151,200.00000″
43º
154,800.00000″
44º
158,400.00000″
45º
162,000.00000″
46º
165,600.00000″
47º
169,200.00000″
48º
172,800.00000″
49º
176,400.00000″
50º
180,000.00000″
51º
183,600.00000″
52º
187,200.00000″
53º
190,800.00000″
54º
194,400.00000″
55º
198,000.00000″
56º
201,600.00000″
57º
205,200.00000″
58º
208,800.00000″
59º
212,400.00000″
60º
216,000.00000″
61º
219,600.00000″
62º
223,200.00000″
63º
226,800.00000″
64º
230,400.00000″
65º
234,000.00000″
66º
237,600.00000″
67º
241,200.00000″
68º
244,800.00000″
69º
248,400.00000″
70º
252,000.00000″
71º
255,600.00000″
72º
259,200.00000″
73º
262,800.00000″
74º
266,400.00000″
75º
270,000.00000″
76º
273,600.00000″
77º
277,200.00000″
78º
280,800.00000″
79º
284,400.00000″
;