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Some Related Sentences
:: and m
:: A ( m, n )
:: A ( m, n )
:: 2 →
n →
m =

In modern notation this says that given quantities p
, q
, r and s
, then p: q
:: r: s if for any positive integers
m and
n, np < mq
, np
= mq
, np > mq according as nr < ms
, nr
= ms
, nr > ms respectively
.
m n :: nat
:: w-šnt lmʼš ʼlm b-bty šnt km h kkb
m ʼl
.
:: Georges Shoal
, in 56-foot
( 17
m ) deep water
, 110 miles
( 180 km
) east of Cape Cod 41 ° 44 ′ N 67 ° 47 ′ W / 41
. 733 ° N 67
. 783 ° W / 41
. 733 ;-67
. 783
, linked to North Truro
, MA
.
:: Nantucket Shoals
, in 80-foot
( 24
m ) water
, 100 miles
( 160 km
) south-east of Rhode Island 40 ° 45 ′ N 69 ° 19 ′ W / 40
. 75 ° N 69
. 317 ° W / 40
. 75 ;-69
. 317
, linked to Montauk AFB
, Long Island
, NY
.
:: Un-named Shoal
( Unofficially: Old Shaky ), in 185-foot
( 56
m ) water
, 84 miles
( 135 km
) south-east of New York City 39 ° 48 ′ N 72 ° 40 ′ W
( Destroyed
, with 28 killed
, during a storm on 15 January 1961 ), linked to Highlands
, NJ mainland station
.
:: 0 → E < sub > 0 </ sub > → E < sub > 1 </ sub > → E < sub >
2 </ sub > → ... → E < sub >
m </ sub > → 0
:: 1500
m flight visibility
, Clear of cloud and with the surface in sight
.
:: Male
2. 26
m ( 7 ' 5 ")
:: Female
2. 29
m ( 7 ' 6 ")
:: m < sub > ħ </ sub > ≈ 1
. 1
( Ω < sub > ħ </ sub >/ Ω < sub > DM </ sub >)< sup > ½ </ sup > TeV
:: All types of K1 Minimum length
3. 50
m minimum width 0
. 60
m
:: All types of C1 Minimum length
3. 50
m minimum width 0
. 65
m
:: All types of C2 Minimum length 4
. 10
m minimum width 0
. 75
m
:: τ < sub > N ·
m </ sub > is the torque in newton metres
:: m

real
:: A ( m, n )!
:: and n
:: n is an integer

define method factorial
( n :: < integer >)
:: ( C < sub > 6 </ sub > H < sub > 4 </ sub >)( CO < sub >
2 </ sub > CH < sub >
3 </ sub >)< sub >
2 </ sub >
+ 2 C < sub >
2 </ sub > H < sub > 4 </ sub >( OH )< sub >
2 </ sub > → 1 /
n
:: to show / solve < tt > G </ tt >, show / solve < tt > G < sub > 1 </ sub ></ tt > and … and < tt > G < sub >
n </ sub ></ tt >
:: Let
n = 0
:: Example: See also Martin v
. Wilks
, 490 U
. S
. 755
, 784
n. 21
, 104 L
. Ed
.
:: n < sub > x </ sub >,
n < sub > y </ sub >,
n < sub > z </ sub > are positive integers
.
:: is a residue modulo p < sup >
n </ sup > if k ≥
n
:: is a nonresidue modulo p < sup >
n </ sup > if k <
n is odd
:: is a residue modulo p < sup >
n </ sup > if k <
n is even and
A is a residue
:: is a nonresidue modulo p < sup >
n </ sup > if k <
n is even and
A is a nonresidue
.
:: 1
) Leipzig: Breitkopf & Härtel
, n. d
., cat
.
:: and =
:: angular momentum
= rotational velocity × moment of inertia
,

slot title
:: < string >
= " untitled ", init-keyword: title :;
:: 1 GeV / c < sup >
2 </ sup >
= 1
. 783 kg
:: 1 amu
= 931
. 46 MeV / c < sup >
2 </ sup >
= 0
. 93146 GeV / c < sup >
2 </ sup >
:: 1 MeV / c < sup >
2 </ sup >
= 1
. 074 amu
:: E °
=
:: 27 < sup > 5 </ sup >
+ 84 < sup > 5 </ sup >
+ 110 < sup > 5 </ sup >
+ 133 < sup > 5 </ sup >
=
:: u < sup >
2 </ sup >
= 22030
+ 28849v
− 56158v < sup >
2 </ sup >+ 36941v < sup >
3 </ sup >− 31790v < sup > 4 </ sup >.
:: where K
=

real
:: average_points
= 0., positive_average
= 0., negative_average
= 0
.
:: gcd
( a
, b )· lcm
( a
, b
) = a · b
.
:: gcd
( a
, lcm
( b
, c ))
= lcm
( gcd
( a
, b ), gcd
( a
, c ))
:: lcm
( a
, gcd
( b
, c ))
= gcd
( lcm
( a
, b ), lcm
( a
, c )).
:: Horizontal Line y
= b
:: Vertical Line x
= a
:: t ' alwagwayu
= club
.
:: infinitesimal
+ infinitesimal
=
:: f
( x
) =
:: f
( x
) = a < sub > 0 </ sub >
+ a < sub > 1 </ sub > x
, where a < sub > 1 </ sub > ≠ 0
,
:: f
( x
) = a < sub > 0 </ sub >
+ a < sub > 1 </ sub > x
+ a < sub >
2 </ sub > x < sup >
2 </ sup >, where a < sub >
2 </ sub > ≠ 0
0.252 seconds.