Glossary entry (derived from question below)
English term or phrase:
mean, standard deviations
Spanish translation:
promedio/media, desviación estándar/típica
English term
mean, standard deviations
De la forma en que está escrito el párrafo, no logro determinar si "mean" califica a "statistical data" (fuera del paréntesis) o a "deviations", o sea, tanto "mean" como "standard" califican a "deviations"?
¿"...por ejemplo, desviaciones promedio y estándar, y la frecuencia..."?
Gracias.
4 +13 | promedio/media, desviación estándar/típica |
Rebecca Hendry
![]() |
5 | desviaciones estándar, medias... |
Daniel Coria
![]() |
4 | promedios de (las) desviaciones medias |
Marcelo González
![]() |
Non-PRO (1): John Rynne
When entering new questions, KudoZ askers are given an opportunity* to classify the difficulty of their questions as 'easy' or 'pro'. If you feel a question marked 'easy' should actually be marked 'pro', and if you have earned more than 20 KudoZ points, you can click the "Vote PRO" button to recommend that change.
How to tell the difference between "easy" and "pro" questions:
An easy question is one that any bilingual person would be able to answer correctly. (Or in the case of monolingual questions, an easy question is one that any native speaker of the language would be able to answer correctly.)
A pro question is anything else... in other words, any question that requires knowledge or skills that are specialized (even slightly).
Another way to think of the difficulty levels is this: an easy question is one that deals with everyday conversation. A pro question is anything else.
When deciding between easy and pro, err on the side of pro. Most questions will be pro.
* Note: non-member askers are not given the option of entering 'pro' questions; the only way for their questions to be classified as 'pro' is for a ProZ.com member or members to re-classify it.
Proposed translations
promedio/media, desviación estándar/típica
Espero que te ayude.
agree |
colemh
1 min
|
Thanks colemh.
|
|
agree |
Oso (X)
: ¶:^)
3 mins
|
Thanks Oso : )
|
|
agree |
Margaret Schroeder
7 mins
|
Thank you GoodWords.
|
|
agree |
cisternas
: son todos ejemplos de tipos de datos estadísticos: media; desviaciones estándar,
12 mins
|
Gracias.
|
|
agree |
Cecilia Della Croce
13 mins
|
Muchas gracias Cecilia.
|
|
agree |
Gabriela Rodriguez
34 mins
|
agree |
jrb
: that's how I understand it too
40 mins
|
agree |
Flavio Granados F
: Si estoy de acuerdo, se puede usar en singular, y el promedio se puede expresar sin la presencia de la desviación estándar o con ésta, así pueden ser indicados como términos separados
2 hrs
|
agree |
Margarita Gonzalez
: Cierto: son distintos cálculos: la media y la desviación estándar y arrojan datos distintos. Ay, las clases de estadísticas.
2 hrs
|
agree |
Ernesto de Lara
: aunque lo de típica defintivamente no me suena
2 hrs
|
agree |
Hebe Martorella
2 hrs
|
agree |
Yvonne Becker
: Sí, lo acaban de preguntar hace unos días
5 hrs
|
agree |
TranslateThis
5 hrs
|
desviaciones estándar, medias...
Hope it helps!
promedios de (las) desviaciones medias
ir obteniendo desviaciones medias y resultados gráficos en cada caso. ...
www.scielo.cl/ scielo.php?pid=S0718-07642004000400014&script=sci_arttext&tlng=e
--------------------------------------------------
Note added at 4 mins (2005-07-11 22:29:50 GMT)
--------------------------------------------------
Si \"desviacion media\" ya que existe en castellano, supongo que se puede sacar (de varias desviaciones medias) un promedio. No estoy seguro, pero me parece. :-)
--------------------------------------------------
Note added at 6 mins (2005-07-11 22:31:31 GMT)
--------------------------------------------------
Perdone: \"Si \'desviación media\' ya existe...\" :-)
--------------------------------------------------
Note added at 8 mins (2005-07-11 22:33:32 GMT)
--------------------------------------------------
Calcula Q1, Q2, Q3, D2, D7, P30, P14 y P83; Calcula las desviaciones medias
y medianas; Calcula el recorrido y el recorrido intercuartílico ...
www.unavarra.es/estadistica/Agronomos/ practicas%20en%20clase/Practica1.doc - Similar pages
Desviaciones medias de la señal con las incertidumbres medias de los laboratorios
respecto al. CEM en la llave dinamométrica:. Sentido horario. ∆Mi medio % ...
www.cem.es/.../datos/SESION 17 METROLOGIA INDUSTRIAL/ 008_Unidad%20de%20par%20de%20torsión.pdf - Similar pages
[DOC] Estadística descriptiva, frecuencias y medidas de posición y ...
File Format: Microsoft Word 2000 - View as HTML
Desviaciones medias: Para medir la eficacia de la media se considera la desviación
... Así como las desviaciones medias vienen expresadas en las mismas ...
www2.udec.cl/~lborzone/2.doc - Similar pages
--------------------------------------------------
Note added at 12 mins (2005-07-11 22:37:45 GMT)
--------------------------------------------------
Standard deviation can also be calculated as the square root of the variance.
http://www.answers.com/standard deviation&r=67
After obtaining several standard deviations (in this way, which is not the only way to obtain a standard deviation) an average of these could be obtained, as well. Good luck!!
--------------------------------------------------
Note added at 21 mins (2005-07-11 22:46:45 GMT)
--------------------------------------------------
\"mean, standard deviations\" = the mean of the standard deviations you\'ve (first) obtained
Standard deviation often refers to the average distance from a mean (which is what most people think of when they hear the word average). In educational statistics, its importance might be seen on determining how far from the average score on a given test student grades are, so teachers can work accordingly (knowing how far they\'ve got to take students in their development). (At least for those teacher who actually do this, of course.) :-)
neutral |
jrb
: Hi Marcelo, I'm not quite sure that I follow your reasoning, but I would have thought that you would need to calcuate the mean first in order to get the SD, or simply work with the mean value(s), hence the separation?
46 mins
|
Hi Jessica. Assuming there are various sets of data to work with, first you might get the means, then determine SD's, then, with these standard deviations, you get another mean (the average/mean of your standard deviations). This is my understanding. :-)
|
Discussion