Convertir segundo a mes
Proporcione valores a continuación para convertir segundo [s] a mes, o viceversa .
Segundo
Definición: Un segundo es la unidad base de tiempo en el Sistema Internacional de Unidades (SI). Se define en función de la frecuencia del cesio, Δ ν C, "tomando la frecuencia de transición hiperfina del estado fundamental no perturbado del átomo de cesio-133 como 9.192.632.770 cuando se expresa en hercios, que es igual a s -1 ". Esta definición se adoptó a fines de 2018 y es en gran medida la misma que la definición anterior, excepto que las condiciones se definen de manera más rigurosa.
Historia/origen: A diferencia de muchas unidades que han tenido numerosas definiciones a lo largo de la historia, la segunda solo ha tenido cuatro definiciones diferentes.
El segundo se definió históricamente como 1/86400 de un día en 1832, que se basó en la definición de un día como la cantidad aproximada de tiempo requerida para que la Tierra complete un ciclo completo de rotación en relación con el sol.
El segundo también se definió como una fracción de un año extrapolado a fines de la década de 1940 con la llegada de los relojes osciladores de cristal de cuarzo. Esto resultó en un segundo definido como "1/31,556,925.9747 del año tropical para el 0 de enero de 1900 a las 12 horas del tiempo de las efemérides", en 1956. Esta definición fue adoptada como parte del SI en 1960.
In 1967, the second was defined exactly as "9,192,631,770 times the period of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the caesium-133 atom." This definition has since been updated as of late 2018 to be more rigorously defined, but otherwise, is effectively the same. This new rigor does not affect how the second is used in everyday life.
Current use: As the SI base unit of time, the second and its multiples are ubiquitous. There are few, if any, modern applications in which time is measured in a form other than the second and its multiples.
Month
Definition: A month (symbol: mo) is a unit of time used with calendars that approximates the period required for the moon to revolve around Earth. A lunar month lasts approximately 29.53 days, where days are defined based on the SI (International System of Units) base unit of seconds. The Gregorian calendar is the most widely used calendar worldwide, with 365 days (366 in a leap year), 30 or 31 days in each of its 12 months, and 28 or 29 days in February depending on whether or not the year is a leap year.
History/origin: Numerous different calendars have been used throughout history with varying definitions of what constitutes a month. Some of these were lunar calendars based on the monthly cycles of the moon, others were solar calendars that indicated seasons based on the position of the sun relative to the stars, and some were lunisolar calendars that dictated the phase of the moon alongside the time of the solar year.
The Gregorian calendar, currently the preferred calendar for civil use, is a reformed version of the Julian calendar which originated from the ancient Roman calendar. It was introduced in 1582 as a reform to the previous Julian calendar which drifted with respect to the equinoxes by 11 minutes per year, which by 1582, resulted in a difference of 10 days from what was expected. In comparison, although the Gregorian calendar is imperfect, it has an error of 1 day in 3,030 years with respect to the current value of the mean solar year, rather than 1 day in 128 years.
Though there have since been proposals to further reform the calendar (to make it even more accurate), the Gregorian calendar is deeply ingrained in civil use and shows little sign of changing, barring any new significant discoveries.
Current use: The month is still used in various forms throughout the world. The most common is the use of a month within the Gregorian calendar. Certain cultures, such as that of the Chinese, use a lunisolar calendar in addition to the Gregorian calendar. Chinese New Year for example occurs at a different time each year. Other types of months are also used within astronomy, but the most typically understood form of the month is that of the Gregorian calendar.
Second to Month Conversion Table
| Second [s] | Month |
|---|---|
| 0.01 s | 3.8051750380518E-9 month |
| 0.1 s | 3.8051750380518E-8 month |
| 1 s | 3.8051750380518E-7 month |
| 2 s | 7.6103500761035E-7 month |
| 3 s | 1.1415525114155E-6 month |
| 5 s | 1.9025875190259E-6 month |
| 10 s | 3.8051750380518E-6 month |
| 20 s | 7.6103500761035E-6 month |
| 50 s | 1.90259E-5 month |
| 100 s | 3.80518E-5 month |
| 1000 s | 0.0003805175 month |
How to Convert Second to Month
1 s = 3,8051750380518E-7 mes
1 mes = 2628000 s
Ejemplo: convertir 15 s a mes:
15 s = 15 × 3,8051750380518E-7 mes = 5,7077625570776E-6 mes