جدول التقدير الستيني للدرجات الدائرية(الزوايا االنصف قطرية) والقانون المستخدم لتكوين هذا الجدول هو :ـ
DEGREES(CELL) OR  degrees = Radians × 180 / p=  
النسب المثلثية الزاوية النسب المثلثية الزاوية
tan cos sin ˚0 0¢ ¢¢0 الدرجة تقدير دائري tan cos sin ˚0 0¢ ¢¢0 الدرجة تقدير
دائري
1.00925 0.70385 0.71035 45 15
49
45.2637
0.79
0.00000 1.00000 0.00000 0 0 0 0.0000 0.00
   1.02964 0.69671 0.71736 45 50
12
45.8366 0.80 0.01000 0.99995 0.01000 0 34 23 0.5730 0.01
1.05046 0.68950 0.72429 46 24
34
46.4096 0.81 0.02000 0.99980 0.02000 1 8 45 1.1459 0.02
1.07171 0.68222 0.73115 46 58
57
46.9825 0.82 0.03001 0.99955 0.03000 1 43 8 1.7189 0.03
1.09343 0.67488 0.73793 47 33
20
47.5555 0.83 0.04002 0.99920 0.03999 2 17
31
2.2918 0.04
1.11563 0.66746 0.74464 48 7
42
48.1285 0.84 0.05004 0.99875 0.04998 2 51
53
2.8648 0.05
1.13833 0.65998 0.75128 48 42
5
48.7014 0.85 0.06007 0.99820 0.05996 3 26
16
3.4377 0.06
1.16156 0.65244 0.75784 49 16
28
49.2744 0.86 0.07011 0.99755 0.06994 4 0
39
4.0107 0.07
1.18532 0.64483 0.76433 49 50
50
49.8473 0.87 0.08017 0.99680 0.07991 4 35
1
4.5837 0.08
1.20966 0.63715 0.77074 50 25
13
50.4203 0.88 0.09024 0.99595 0.08988 5 9
24
5.1566 0.09
1.23460 0.62941 0.77707 50 59
36
50.9932 0.89 0.10033 0.99500 0.09983 5 43
46
5.7296 0.10 BACK
1.26016 0.62161 0.78333 51 33
58
51.5662 0.90 0.11045 0.99396 0.10978 6 18
9
6.3025 0.11
1.28637 0.61375 0.78950 52 8
21
52.1392 0.91 0.12058 0.99281 0.11971 6 52
32
6.8755 0.12
1.31326 0.60582 0.79560 52 42
44
52.7121 0.92 0.13074 0.99156 0.12963 7 26
54
7.4485 0.13
1.34087 0.59783 0.80162 53 17
6
53.2851 0.93 0.14092 0.99022 0.13954 8 1
17
8.0214 0.14
1.36923 0.58979 0.80756 53 51
29
53.8580 0.94 0.15114 0.98877 0.14944 8 35
40
8.5944 0.15
1.39838 0.58168 0.81342 54 25
52
54.4310 0.95 0.16138 0.98723 0.15932 9 10
2
9.1673 0.16
1.42836 0.57352 0.81919 55 0
14
55.0039 0.96 0.17166 0.98558 0.16918 9 44
25
9.7403 0.17
1.45920 0.56530 0.82489 55 34
37
55.5769 0.97 0.18197 0.98384 0.17903 10 18
48
10.3132 0.18
1.49096 0.55702 0.83050 56 8
60
56.1499 0.98 0.19232 0.98200 0.18886 10 53
10
10.8862 0.19
1.52368 0.54869 0.83603 56 43
22
56.7228 0.99 0.20271 0.98007 0.19867 11 27
33
11.4592 0.20
1.55741 0.54030 0.84147 57 17
45
57.2958 1.00 0.21314 0.97803 0.20846 12 1
56
12.0321 0.21
1.59221 0.53186 0.84683 57 52
7
57.8687 1.01 0.22362 0.97590 0.21823 12 36
18
12.6051 0.22
1.62813 0.52337 0.85211 58 26
30
58.4417 1.02 0.23414 0.97367 0.22798 13 10
41
13.1780 0.23
1.66524 0.51482 0.85730 59 0
53
59.0147 1.03 0.24472 0.97134 0.23770 13 45
4
13.7510 0.24
1.70361 0.50622 0.86240 59 35
15
59.5876 1.04 0.25534 0.96891 0.24740 14 19
26
14.3239 0.25
1.74332 0.49757 0.86742 60 9
38
60.1606 1.05 0.26602 0.96639 0.25708 14 53
49
14.8969 0.26
1.78442 0.48887 0.87236 60 44
1
60.7335 1.06 0.27676 0.96377 0.26673 15 28
11
15.4699 0.27
1.82703 0.48012 0.87720 61 18
23
61.3065 1.07 0.28755 0.96106 0.27636 16 2
34
16.0428 0.28
1.87122 0.47133 0.88196 61 52
46
61.8794 1.08 0.29841 0.95824 0.28595 16 36
57
16.6158 0.29
1.91709 0.46249 0.88663 62 27
9
62.4524 1.09 0.30934 0.95534 0.29552 17 11
19
17.1887 0.30
1.96476 0.45360 0.89121 63 1
31
63.0254 1.10 0.32033 0.95233 0.30506 17 45
42
17.7617 0.31
2.01434 0.44466 0.89570 63 35
54
63.5983 1.11 0.33139 0.94924 0.31457 18 20
5
18.3346 0.32
2.06596 0.43568 0.90010 64 10
17
64.1713 1.12 0.34252 0.94604 0.32404 18 54
27
18.9076 0.33
2.11975 0.42666 0.90441 64 44
39
64.7442 1.13 0.35374 0.94275 0.33349 19 28
50
19.4806 0.34
2.17588 0.41759 0.90863 65 19
2
65.3172 1.14 0.36503 0.93937 0.34290 20 3
13
20.0535 0.35
2.23450 0.40849 0.91276 65 53
25
65.8901 1.15 0.37640 0.93590 0.35227 20 37
35
20.6265 0.36
2.29580 0.39934 0.91680 66 27
47
66.4631 1.16 0.38786 0.93233 0.36162 21 11
58
21.1994 0.37
2.35998 0.39015 0.92075 67 2
10
67.0361 1.17 0.39941 0.92866 0.37092 21 46
21
21.7724 0.38
2.42727 0.38092 0.92461 67 36
32
67.6090 1.18 0.41105 0.92491 0.38019 22 20
43
22.3454 0.39
2.49790 0.37166 0.92837 68 10
55
68.1820 1.19 0.42279 0.92106 0.38942 22 55
6
22.9183 0.40
2.5722 0.36236 0.93204 68 45
18
68.7549 1.20 0.43463 0.91712 0.39861 23 29
29
23.4913 0.41
2.6503 0.35302 0.93562 69 19
40
69.3279 1.21 0.44657 0.91309 0.40776 24 3
51
24.0642 0.42
2.7328 0.34365 0.93910 69 54
3
69.9009 1.22 0.45862 0.90897 0.41687 24 38
14
24.6372 0.43
2.8198 0.33424 0.94249 70 28
26
70.4738 1.23 0.47078 0.90475 0.42594 25 12
37
25.2101 0.44
2.9119 0.32480 0.94578 71 2
48
71.0468 1.24 0.48306 0.90045 0.43497 25 46
59
25.7831 0.45
3.0096 0.31532 0.94898 71 37
11
71.6197 1.25 0.49545 0.89605 0.44395 26 21
22
26.3561 0.46
3.1133 0.30582 0.95209 72 11
34
72.1927 1.26 0.50797 0.89157 0.45289 26 55
44
26.9290 0.47
3.2236 0.29628 0.95510 72 45
56
72.7656 1.27 0.52061 0.88699 0.46178 27 30
7
27.5020 0.48
3.3413 0.28672 0.95802 73 20
19
73.3386 1.28 0.53339 0.88233 0.47063 28 4
30
28.0749 0.49
3.4672 0.27712 0.96084 73 54
42
73.9116 1.29 0.54630 0.87758 0.47943 28 38
52
28.6479 0.50
3.6021 0.26750 0.96356 74 29
4
74.4845 1.30 0.55936 0.87274 0.48818 29 13
15
29.2208 0.51
3.7471 0.25785 0.96618 75 3
27
75.0575 1.31 0.57256 0.86782 0.49688 29 47
38
29.7938 0.52
3.9033 0.24818 0.96872 75 37
50
75.6304 1.32 0.58592 0.86281 0.50553 30 22
0
30.3668 0.53
4.0723 0.23848 0.97115 76 12
12
76.2034 1.33 0.59943 0.85771 0.51414 30 56
23
30.9397 0.54
4.2556 0.22875 0.97348 76 46
35
76.7763 1.34 0.61311 0.85252 0.52269 31 30
46
31.5127 0.55
4.4552 0.21901 0.97572 77 20
57
77.3493 1.35 0.62695 0.84726 0.53119 32 5
8
32.0856 0.56
4.6734 0.20924 0.97786 77 55
20
77.9223 1.36 0.64097 0.84190 0.53963 32 39
31
32.6586 0.57
4.9131 0.19945 0.97991 78 29
43
78.4952 1.37 0.65517 0.83646 0.54802 33 13
54
33.2316 0.58
5.1774 0.18964 0.98185 79 4
5
79.0682 1.38 0.66956 0.83094 0.55636 33 48
16
33.8045 0.59
5.4707 0.17981 0.98370 79 38
28
79.6411 1.39 0.68414 0.82534 0.56464 34 22
39
34.3775 0.60
5.7979 0.16997 0.98545 80 12
51
80.2141 1.40 0.69892 0.81965 0.57287 34 57
2
34.9504 0.61
6.1654 0.16010 0.98710 80 47
13
80.7870 1.41 0.71391 0.81388 0.58104 35 31
24
35.5234 0.62
6.5811 0.15023 0.98865 81 21
36
81.3600 1.42 0.72911 0.80803 0.58914 36 5
47
36.0963 0.63
7.0555 0.14033 0.99010 81 55
59
81.9330 1.43 0.74454 0.80210 0.59720 36 40
9
36.6693 0.64
7.6018 0.13042 0.99146 82 30
21
82.5059 1.44 0.76020 0.79608 0.60519 37 14
32
37.2423 0.65
8.2381 0.12050 0.99271 83 4
44
83.0789 1.45 0.77610 0.78999 0.61312 37 48
55
37.8152 0.66
8.9886 0.11057 0.99387 83 39
7
83.6518 1.46 0.79225 0.78382 0.62099 38 23
17
38.3882 0.67
9.8874 0.10063 0.99492 84 13
29
84.2248 1.47 0.80866 0.77757 0.62879 38 57
40
38.9611 0.68
10.9834 0.09067 0.99588 84 47
52
84.7978 1.48 0.82534 0.77125 0.63654 39 32
3
39.5341 0.69
12.3499 0.08071 0.99674 85 22
15
85.3707 1.49 0.84229 0.76484 0.64422 40 6
25
40.1070 0.70
14.1014 0.07074 0.99749 85 56
37
85.9437 1.50 0.85953 0.75836 0.65183 40 40
48
40.6800 0.71
16.4281 0.06076 0.99815 86 30
60
86.5166 1.51 0.87707 0.75181 0.65938 41 15
11
41.2530 0.72
19.6695 0.05077 0.99871 87 5
23
87.0896 1.52 0.89492 0.74517 0.66687 41 49
33
41.8259 0.73
24.4984 0.04079 0.99917 87 39
45
87.6625 1.53 0.91309 0.73847 0.67429 42 23
56
42.3989 0.74
32.4611 0.03079 0.99953 88 14
8
88.2355 1.54 0.93160 0.73169 0.68164 42 58
19
42.9718 0.75
48.0785 0.02079 0.99978 88 48
30
88.8085 1.55 0.95045 0.72484 0.68892 43 32
41
43.5448 0.76
92.6205 0.01080 0.99994 89 22
53
89.3814 1.56 0.96967 0.71791 0.69614 44 7
4
44.1178 0.77
1255.7656 0.00080 1.00000 89 57
16
89.9544 1.57 0.98926 0.71091 0.70328 44 41
27
44.6907 0.78
 ¥ 0.00000 1.00000 90 0
0
90.0000 p/2