Sharp ELW535XBSL, EL-W535XBSL specifications Πr2 = ?, Zrgh/dn4 pxC, ⋅ 11 =, 13 uEH

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 ztY= 241.

=2750 ktY

$2,750 ¥?

=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
sinh−1 ⇒ D1					xI@>v
sinh−1 0.5 =					I0.5 = 0.481211825
9
6	+ 4 = ANS			j6 +4 =			10.
ANS + 5 =				+5 =			15.
8	⋅ 2 = ANS			8 k2 =			16.
ANS2 =				A=			256.
44 + 37 = ANS				44 +37 =			81.
	ANS =			*=				9.
10	Wk
3	1	4	j3 @k1 d2 r				4	5
	⎯ + ⎯ =							⎯
	2	3	+W4 d3 =					6
								29

U	⎯
	6

U4.833333333

o3 W1 W2 +4 W3 = 4m5m6*

U 29m6

U4.833333333

	2
⎯				@Y2 W3 = 4.641588834
10	3	=
⎯		5				⎯
7						16807
( 5 )			=	7 W5 rm5 =		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	1	13
1.25 + ⎯ = 1.25 +2 W5 =		⎯
5		20
		⎯
U		33
		20
U	1.65

o 1.25 +2 W5 = 1.65

U 1m13m20

U 33m20

*4m5m6 = 4 ⎯5

6

11 zrgh/dn4 pxC

DEC (25) → BIN			j@/
			25 @z BIN			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)k
			11 =		BIN	10010
BIN (111) → NEG d111 = BIN						1111111001
HEX (1FF) +			@h1FF
OCT (512) =			@g+
			512 =		OCT	1511
HEX (?)			@h		HEX	349
			jxM
2FEC − 2C9E			@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
[HEX]			pC3 = HEX			DB
NOT 10110 =			@zn
[BIN]			10110 =		BIN	1111101001
24 XOR 4 =			@g24
[OCT]			x4 =		OCT	20
B3 XNOR 2D =			@hB3
[HEX]			C2D = HEX FFFFFFFF61
→ DEC			@/			-159.
12 [:
7°31’49.44” → [10]				j7 [31 [		663
				49.44 @:		7⎯
						1250
123.678 → [60]				123.678 @		123(40q40.8"
				:
3h 30m 45s +				3 [30 [
6h 45m 36s = [60]				45 +6 [45
				[36 =		10(16q21."
1234°56’12” +				1234 [56 [
0°0’34.567” = [60]				12 +0 [0
				[34.567 = 1234(56q47."
3h 45m – 1.69h				3 [45 &1.69
= [60]				=@:		2(3q36."
sin 62°12’24” = [10]				v62 [12
				[24 =		0.884635235
13 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