Sharp EL-W506, EL-W546, EL-W516 manual TxmMT Xijkl

d(x4 − 0.5x3	+	6x2)	@G;Xm4 r		11
⎯			&0.5 ;X@1		6	+ 4		= ANS	j6 +4 =
dx			+6 ;XA
x = 2					ANS		+ 5 =		+5 =
( dx = 0.00002			r2 =	50.
x = 3			llN3		8 ⋅ 2			= ANS	8 k2 =
( dx = 0.001			H0.001 =	130.5000029	ANS2			=	A=

o@G;Xm4

&0.5 ;X@1		44 + 37 = ANS	44 +37 =
+6 ;XAH2
)=	50.	ANS =	@*=
llN3
H0.001 =	130.5000029	12 Wk

10.

15.

16.

256.

81.

9.

8 I

5	j@I1 r5 r
∑ (x + 2)
x = 1	;X+2
n = 1	=	25.
n = 2	llH2 =	15.

oj@I;X+2

	H1 H5 )=	25.
	llH2 =	15.
9 ]
90° → [rad]	j90 @]	1
		⎯ J
		2
→ [g]	@]	100.
→ [°]	@]	90.
sin−1 0.8 = [°]	@w0.8 =	53.13010235
→ [rad]	@]	0.927295218
→ [g]	@]	59.03344706
→ [°]	@]	53.13010235

10 ;txmM<[]T XIJKL

8 ⋅ 2 ⇒ M		j8 k2 xM 16.
24 ⎟ (8 × 2) =		24 z;M=		1	1
					⎯
					2
(8 × 2) × 5 =		;Mk5 = 80.
0 ⇒ M		jxM			0.
$150 ⋅ 3 ⇒ M1		150 k3 m		450.
+) $250: M1 + 250 ⇒ M2		250 m		250.
−) M2 ⋅ 5%		tMk5 @a		35.
–		@M
M =		tM		665.
$1 = ¥110 (110 ⇒ Y)		110 xY		110.
¥26,510 = $?		26510 z;Y
		=		241.
$2,750 = ¥?		2750 k;Y
		=	302'500.
r = 3 cm (r ⇒ Y)		3 xY			3.
πr2 = ?		@s;Y
		A=
		U	28.27433388
24	2	24 z(4 +6			2
⎯ =	2 ⎯…(A)			2
		)=			⎯
4 + 6	5				5
3 ⋅ (A) + 60 ⎟ (A) =		3 k;<+60			1
		z;<=		32	⎯
					5
πr2 ⇒ F1		@s;YA
		x[		jF1

	1	4			5
3	⎯ + ⎯ = j3 @k1 d2
	2	3	r+W4 d3 =	4	⎯
					6
					29

U	⎯
	6

U4.833333333

o 3 W1 W2	4m5m6*
+4 W3 =
U	29m6

U4.833333333

	2
⎯				@Y2 W3 = 4.641588834
10	3	=
7		5			16807
⎯			=	7 W5 rm5 =	⎯
( 5 )					3125
o				7 W5 m5 = 16807m3125
	1		=	@q1 W8 =	1
3 ⎯					⎯
	8				2
64				@*64 W225 =	8
⎯ =					⎯
225					15
23	=			2 @1W3 m4 =	8
⎯					⎯
34					81

o2 @1W(3 m4

)= 8m81

1.2	=	1.2 W2.3 =		12
⎯				⎯
2.3				23
1°2’3”		1 [2 [3 W2 =		0(31q1.5"
⎯ =
2
1 ⋅	103	= 1 `3 W2 `3 =		1
⎯				⎯
2 ⋅	103			2
7 ⇒ A		j7 xA		7.
4	=	4 W;A =		4
⎯				⎯
A				7
		2	=	13
1.25 + ⎯ = 1.25 +2 W5				1⎯
		5		20
				33
		U		⎯
				20
		U		1.65
o		1.25 +2 W5 = 1.65
		U		1m13m20

U 33m20

*4m5m6 = 4 ⎯5

6

r = 3 cm (r ⇒ Y) 3 xY 3.

4t[k4

3 V = ?	z3 =U 37.69911184
sinh−1 ⇒ D1	xI@>v
sinh−1 0.5 =	I0.5 = 0.481211825