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A B C D
E F G H
I J K L
M N O P
Q R S T
U V W X
Y Z
(¸ê®Æ¥ÑCDI´£¨Ñ)
E |
|
eccentric angle |
Â÷¤ß¨¤ |
eccentric circles |
Â÷¤ß¶ê |
eccentricity |
Â÷¤ß²v |
echelon form |
±è°}¦¡ |
echelon matrix |
±è¯x°} |
edge |
Ù±¡FÃä |
efficient estimator |
¦³®Ä¦ôp¶q |
effort |
¬I¤O |
eigenvalue |
¥»¼xÈ |
eigenvector |
¥»¼x¦V¶q |
elastic body |
¼u©ÊÅé |
elastic collision |
¼u©Ê¸I¼² |
elastic constant |
¼u©Ê±`¼Æ |
elastic force |
¼u¤O |
elasticity |
¼u©Ê |
element |
¤¸¯À |
elementary event |
°ò¥»¨Æ¥ó |
elementary function |
ªìµ¥¨ç¼Æ |
elementary row operation |
°ò¥»¦æ¹Bºâ |
elimination |
®øªk |
elimination method |
®ø¥hªk¡F®ø¤¸ªk |
ellipse |
¾ò¶ê |
ellipsiod |
¾ò²yÅé |
elliptic function |
¾ò¶ê¨ç¼Æ |
elongation |
¦ù±i¡F®i |
empirical data |
¹êÅç¼Æ¾Ú |
empirical formula |
¹êÅ礽¦¡ |
empirical probability |
¹êÅç·§²v¡F¸gÅç·§²v |
empty set |
ªÅ¶° |
encoding |
½s½X |
enclosure |
ƒ |
end point |
ºÝÂI |
energy |
¯à; ¯à¶q |
entire surd |
¾ã¤è®Ú |
epicycloid |
¥~Â\½u |
equal |
¬Ûµ¥ |
equal ratios theorem |
µ¥¤ñ©w²z |
equal roots |
µ¥®Ú |
equal sets |
µ¥¶° |
equality |
µ¥(¦¡) |
equality sign |
µ¥¸¹ |
equation |
¤èµ{ |
equation in one unknown |
¤@¤¸¤èµ{ |
equation in two unknowns |
|
(variables) |
¤G¤¸¤èµ{ |
equation of a straight line |
ª½½u¤èµ{ |
equation of locus |
y¸ñ¤èµ{ |
equiangular |
µ¥¨¤(ªº) |
equidistant |
µ¥¶Z(ªº) |
equilateral |
µ¥Ãä(ªº) |
equilateral polygon |
µ¥Ãä¦hÃä§Î |
equilateral triangle |
µ¥Ãä¤T¨¤§Î |
equilibrium |
¥¿Å |
equiprobable |
µ¥·§²vªº |
equiprobable space |
µ¥·§²vªÅ¶¡ |
equivalence |
µ¥»ù |
equivalence class |
µ¥»ùÃþ |
equivalence relation |
µ¥»ùÃö«Y |
equivalent |
µ¥»ù(ªº) |
error |
»~®t |
error allowance |
»~®t¼e®e«× |
error estimate |
»~®t¦ôp |
error term |
»~®t¶µ |
error tolerance |
»~®t¼e®e«× |
escribed circle |
®Ç¤Á¶ê |
estimate |
¦ôp¡F¦ôp¶q |
estimator |
¦ôp¶q |
Euclidean algorithm |
¼Ú´X¨½¼wºâªk |
Euclidean geometry |
¼Ú´X¨½¼w´X¦ó |
Euler's formula |
¤×©Ô¤½¦¡¡F¼Ú©Ô¤½¦¡ |
evaluate |
pÈ |
even function |
°¸¨ç¼Æ |
even number |
°¸¼Æ |
evenly distributed |
§¡¤Ã¤À§Gªº |
event |
¨Æ¥ó |
exact |
¯u½T |
exact differential form |
«ê·í·L¤À§Î¦¡ |
exact solution |
·Ç½T¸Ñ¡Fºë½T¸Ñ¡F¯u½T¸Ñ |
exact value |
ªk½T¸Ñ¡Fºë½T¸Ñ¡F¯u½T¸Ñ |
example |
¨Ò |
excentre |
¥~¤ß |
exception |
¨Ò¥~ |
excess |
°_ |
exclusive |
¤£¥]§t |
exclusive disjunction |
¤£¥]§t©ÊªR¨ú |
exclusive events |
¤¬¥¸¨Æ¥ó |
exercise |
½m²ß |
exhaustive event(s) |
¹ý©³¨Æ¥ó |
existential quantifier |
¦s¦b¶qµü |
expand |
®i¶} |
expand form |
®i¶}¦¡ |
expansion |
®i¦¡ |
expectation |
´Á±æ |
expectation value, expected value |
´Á±æÈ¡F¹w´ÁÈ |
experiment |
¹êÅç¡F¸ÕÅç |
experimental |
¸ÕÅ窺 |
experimental probability |
¹êÅç·§²v |
explicit function |
Åã¨ç¼Æ |
exponent |
«ü¼Æ |
exponential function |
«ü¼Æ¨ç¼Æ |
exponential order |
«ü¼Æ¶¥; «ü¼Æ¯Å |
express¡Kin terms of¡K |
¥H¡K¡K¡Kªí¹F |
expression |
¦¡¡F¼Æ¦¡ |
extension |
¥~©µ¡F©µªø¡FÂX±i¡FÂX¥R |
extension of a function |
¨ç¼ÆªºÂX±i |
exterior angle |
¥~¨¤ |
external angle bisector |
¥~¤À¨¤úø |
external point of division |
¥~¤ÀÂI |
extreme point |
·¥ÈÂI |
extreme value |
·¥È |
extremum |
·¥È |
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