Select Keyboard:
Türkçe ▾
  1. Türkçe
  2. English
  3. العربية
  4. Dansk
  5. Deutsch
  6. Ελληνικά
  7. Español
  8. فارسی
  9. Français
  10. Italiano
  11. Kurdî
  12. Nederlands
  13. Polski
  14. Português Brasileiro
  15. Português
  16. Русский
  17. Suomi
  18. Svenska
  19. 中文注音符号
  20. 中文仓颉输入法
X
"1234567890*-Bksp
Tabqwertyuıopğü,
CapsasdfghjklşiEnter
Shift<zxcvbnmöç.Shift
AltGr

normal eğri

listen to the pronunciation of normal eğri
التركية - الإنجليزية
(Matematik,Pisikoloji, Ruhbilim,Ticaret) normal curve
A graphical interpretation of a population that is 'bell shaped' as it has the highest frequency in the middle and this frequency diminishes the farther you get from the center on either end
A bell-shaped graph representing a hypothetical frequency distribution for a given characteristic
The plotted form of the normal distribution
A continuous distribution that is bell shaped and symmetrical about the mean
a mathematical model that show the relationship between tow variables--in our case, test scores and the proportion of students
A bell-shaped, symmetrical relative frequency curve We will present the exact equation that gives this curve in Chapter 5 (page 47)
The normal curve is the familiar "bell curve: ," illustrated on this page The mathematical expression for the normal curve is y = (2×pi)-½e-x2/2, where pi is the ratio of the circumference of a circle to its diameter (3 14159265 ), and e is the base of the natural logarithm (2 71828 ) The normal curve is symmetric around the point x=0, and positive for every value of x The area under the normal curve is unity, and the SD of the normal curve, suitably defined, is also unity Many (but not most) histograms, converted into standard units, approximately follow the normal curve
The normal curve is the familiar "bell curve " Its mathematical form is y = (2pi)-½×e-x2/2, where pi is the ratio of the circumference of a circle to its diameter, and e is the base of the natural logarithm The normal curve is symmetric around the point x=0, and positive for every value of x The area under the normal curve is unity, and the SD of the normal curve, suitably defined, is also unity Many (but not most) histograms, converted into standard units, approximately follow the normal curve
A curve of a probability distribution It is also sometimes called a bell shaped curve The curve is completely specified by its mean and standard deviation
A bell-shaped curve that results when a normal distribution is graphed
A mathematically derived curve depicting the theoretical probability or distribution of a given variable (such as a physical trait or test score) in the general population
a symmetrical curve representing the normal distribution
A frequency curve with a characteristic bell-shaped form
normal eğri
المفضلات