Sharp EL-W516, EL-W546, EL-W506 manual Zrgh/dn4 pxC, Neng, Nalgb, Nsolver, HRvpcgoQ SijhfabS VU

13 zrgh/dn4 pxC

DEC (25) → BIN	j@/25	BIN
	@z		11001
HEX (1AC)	@h1AC
→ BIN	@z	BIN	110101100
→ PEN	@r	PEN	3203
→ OCT	@g	OCT	654
→ DEC	@/		428.
(1010 − 100)	@z(
⋅ 11 =	1010 &
[BIN]	100)k11
	=	BIN	10010
BIN (111) → NEG d111 = BIN			1111111001
HEX (1FF) +	@h1FF
OCT (512) =	@g+
	512 =	OCT	1511
HEX (?)	@h	HEX	349
2FEC − 2C9E	jxM
	@h2FEC
⇒ M1	&2C9E m HEX		34E
+) 2000 − 1901	2000 &1901
⇒ M2	m	HEX	6FF
—
M =	tM	HEX	A4D
	jxM
1011 AND 101 =	@z1011
[BIN]	4101 = BIN		1
5A OR C3 =	@h5A p
[HEX]	C3 =	HEX	DB
NOT 10110 =	@zn
[BIN]	10110 =	BIN	1111101001
24 XOR 4 =	@g24 x
[OCT]	4 =	OCT	20
B3 XNOR 2D =	@hB3 C
[HEX]	2D =	HEX FFFFFFFF61
→ DEC	@/		-159.
14 [:
7°31’49.44” → [10] j7 [31 [			663
	49.44 @:		⎯
			71250
123.678 → [60]	123.678 @: 123(40q40.8"
3h 30m 45s + 3 [30 [45
6h 45m 36s = [60] +6 [45 [
	36 =		10(16q21."
1234°56’12” + 1234 [56 [
0°0’34.567” = [60]	12 +0 [0
			q

16	KL
V0	= 15.3 m/s j15.3 k10 +
t = 10 s			2 @ZkK03
	1	= ? m	k10 A=
V0t + ⎯gt2			U	643.3325
	2
125 yd = ? m j125@L05 =
			UU	114.3

•Physical constants and metric conversions are shown in the tables.

•Les constantes physiques et les conversions des unités sont indiquées sur les tableaux.

•Physikalische Konstanten und metriche Umrechnungen sind in der Tabelle aufgelistet.

•Las constants fisicas y conversiones métricas son mostradas en las tables.

•Constantes fisicas e conversões métricas estão mostradas nas tablelas.

•La constanti fisiche e le conversioni delle unità di misura vengono mostrate nella tabella.

•De natuurconstanten en metrische omrekeningen staan in de tabellen hiernaast.

•A fizikai konstansok és a metrikus átváltások a táblázatokban találhatók.

•Fyzikální konstanty a převody do metrické soustavy jsou uvedeny v tabulce.

•Fysikaliska konstanter och metriska omvandlingar visas i tabellerna.

•Fysikaaliset vakiot ja metrimuunnokset näkyvät taulukoista.

•Fysiske konstanter og metriske omskrivninger vises i tabellen.

•

•

•Konstanta fisika dan konversi metrik diperlihatkan di dalam tabel.

• ͑ ͑ ͑ ͑ ͑ ͑ ͑ ͑ ͑ ͑ ͟

K01–52

01: c, c0 (m s–1)		19: ∝B	(J T–1)	37: eV	(J)
02: G	(m3 kg–1s–2)	20: ∝e	(J T–1)	38: t	(K)
03: gn	(m s–2)	21: ∝N	(J T–1)	39: AU	(m)
04: me	(kg)	22: ∝p	(J T–1)	40: pc	(m)
05: mp	(kg)	23: ∝n	(J T–1)	41: M(12C) (kg mol–1)
06: mn	(kg)	24: ∝∝	–1	-	(J s)
			(J T )	42: h
07: m∝	(kg)	25: λc	(m)	43: Eh	(J)
08: 1u	(kg)	26: λc, p	(m)	44: G0	(s)
09: e	(C)	27: σ	(W m–2K–4)	45: α–1
10: h	(J s)	28: NA, L	(mol–1)	46: mp/me
11: k	(J K–1)	29: Vm	(m3 mol–1)	47: Mu	(kg mol–1)
12: ∝0	(N A–2)	30: R	(J mol–1K–1)	48: λc, n	(m)
13: ε0	(F m–1)	31: F	(C mol–1)	49: c1	(W m2)
14: re	(m)	32: RK	(Ω)	50: c2	(m K)
15: α		33: –e/me(C kg–1)		51: Z0	(Ω)
16: a0	(m)	34: h/2me (m2 s–1)		52: atm	(Pa)
17: R∞	(m–1)	35: γp	(s–1T–1)
18: Φ0	(Wb)	36: KJ	(Hz V–1)
x @L01–44

17 N(ENG)

100 m ⋅ 10 k = ? 100 N34k
		10 N30=	1'000.
18 nJ
→ [FIX, TAB = 1] j@J101			0.0
5 ⎟ 9 = ANS		5 z9 =	5
			⎯
			9
		U	0.6
ANS ⋅ 9 =		k9 =*1	5.0
			5
		5 z9 =	⎯
			9
		U	0.6
→ [MDF]		@n	3
			⎯
			5
ANS ⋅ 9 =		k9 =*2	2
			5⎯
			5
		UU	5.4
→ [NORM1]		@J13	5.4
5	⋅ 9 = 5.5555555555555 ⋅ 10−1 ⋅ 9
*1 ⎯
9
3	⋅ 9 = 0.6 × 9
*2 ⎯
5
19 N(ALGB)
f(x) = x3 − 3x2 + 2 j;X@1
		-3 ;XA+2
x = −1		N1S1 e -2.
x = −0.5		N1S0.5 e	1
			1⎯
			8
A2 + B2		@*;AA
		+;BA
A = 2, B = 3		N1
		2 e3 e	H13
A = 2, B = 5		N1
		e5 e	H29
20 N(SOLVER)
sin x − 0.5		jv;X-0.5
Start = 0		N20 ee	30.
Start = 180		e180 ee	150.

21 _HRvpcgoQ

GsijhfabS VU

		[34.567 = 1234(56 47."
3h 45m – 1.69h		3 [45 &1.69 =
= [60]		@:		2(3q36."
sin 62°12’24”		v62 [12 [
= [10]		24 =		0.884635235
24° → [”]		24 [N4		86q400.
1500” → [’]		0 [0 [1500
		N5		25.
15 uEH
x = 6	r =	j6 H4 r:		7.211102551
( y = 4 → (	θ =	[°] @u	{:	33.69006753
r = 14	→ (	x = 14 H36	X:	11.32623792
( θ = 36 [°]		y = @E	Y:	8.228993532

01: in→cm			16: kg→lb	31: calIT→J
02: cm→in			17: °F→°C	32: J→calIT
03: ft→m			18: °C→°F	33: hp→W
04: m→ft			19: gal (US)→L	34: W→hp
05: yd→m			20: L→gal (US)	35: ps→W
06: m→yd			21: gal (UK)→L	36: W→ps
07: mi→km			22: L→gal (UK)	37: kgf/cm2→Pa
08: km	→	mi	23: fl oz(US) mL	38: Pa	→	kgf/cm2
			→
09: n mi→m			24: mL→fl oz(US)	39: atm→Pa
10: m→n mi			25: fl oz(UK)→mL	40: Pa→atm
11: acre→m2			26: mL→fl oz(UK)	41: mmHg→Pa
12: m2→acre			27: calth→J	42: Pa→mmHg
13: oz→g			28: J→calth	43: kgf·m→N·m
14: g→oz			29: cal15→J	44: N·m→kgf·m
15: lb→kg			30: J→cal15

DATA

95

80

80

75

75

75

50

–=

x

σx =

n=

Σx = Σx2 =

sx =

sx2 =

b10	S#a# 0 [SD]
@Z			0.
95 _	DATA SET=		1.
80 _	DATA SET=		2.
_	DATA SET=		3.
75 H3 _	DATA SET=		4.
50 _	DATA SET=		5.
tR	–	75.71428571
	x=
tp	σx= 12.37179148
tc	n=		7.
tg	Σx=		530.
to	Σx2=	41'200.
tv	sx=	13.3630621
A=	sx2= 178.5714286

	(	95	&
–	;R)
(95 − x )	+ 50 = z;v
⎯ ⋅ 10
sx	k10		+50
	=		64.43210706