Алгоритм решения линейного неравенства
1. Раскрыть скобки (если они есть)
2. Перенести неизвестные слагаемые в одну сторону, а известные в другую
Важно!
При переносе слагаемых из одной части в другую знак слагаемого меняется на противоположный
3. Привести подобные слагаемые.
4. Разделить обе части неравенства на коэффициент (число) при переменной
Важно!
· Если число положительное, то знак неравенства не меняется.
· Если число отрицательное, то знак неравенства меняется на противоположный.
5. Изобразить множество на координатной прямой.
6. Записать ответ в виде числового промежутка.
Пример.
Решите неравенство.
-5(х+3) ≥ 2х -1
Решение.
-5(х+3) ≥ 2х -1
-5х – 15 ≥ 2х – 1
-5х – 2х ≥ -1 +15
-7х ≥ 14
х ≤ -2
Ответ: х Ꞓ (-∞; -2)
Вариант №1. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x–7 ≥ 0 |
2 |
–14+x > –4 |
3 |
x+13 ≥ 24 |
4 |
4x+25 < 85 |
5 |
–4x+6 ≥ –38 |
6 |
7x–30 ≥ 12 |
7 |
–26–3x < –23 |
8 |
4x–28 > –68 |
9 |
–7x+30 ≥ 135 |
10 |
25+10x > –1 |
11 |
–5x+16 > –15 |
12 |
–20–2x ≥ –31; |
13 |
–37–9x ≥ 3x+11 |
14 |
5x–22 < 134–7x |
15 |
–28–5x ≤ 80+4x; |
16 |
5+9(x–4) > –8x–167 |
17 |
–2x+58 < –9(x–5)–22 |
18 |
8x+100 < 2(x+8)+18. |
Вариант №2. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x+26 < 41 |
2 |
x–27 ≥ –16 |
3 |
x–16 ≤ –15 |
4 |
23–3x > 8 |
5 |
6x–28 ≥ 50 |
6 |
2x+13 ≤ 25 |
7 |
4x–21 < –41 |
8 |
13+5x < 8 |
9 |
5x+13 ≥ –47 |
10 |
–1+5x > –20 |
11 |
–22+5x ≤ –43 |
12 |
–13–5x ≥ –15 |
13 |
26–5x ≥ 6x–106 |
14 |
–14+3x ≥ –9x–122 |
15 |
16–7x > 6x+146 |
16 |
9(x–3)+11 ≥ 14+6x |
17 |
–3+8(x+5) ≤ –2x+27 |
18 |
5(x–8)+62 ≤ –4x+76 |
Вариант №3. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
14+x > 16 |
2 |
x–1 ≤ 12 |
3 |
x+9 ≥ 17 |
4 |
–15–5x < –70 |
5 |
–8x+13 ≥ –67 |
6 |
–5x+3 ≤ –57 |
7 |
5x+7 ≥ –43 |
8 |
–6x+25 < 49 |
9 |
–8x+14 > 94 |
10 |
21+5x > 19 |
11 |
–16+4x ≥ –27 |
12 |
18–10x ≥ –9; |
13 |
14–3x ≤ 23–6x |
14 |
13+9x > –140–8x |
15 |
8x–31 ≤ –7x–151 |
16 |
–14+4x ≥ –22–8(x–7) |
17 |
–126–8x > 2(x–7)–2 |
18 |
9x–48 ≤ –96+7(x+8). |
Вариант №4. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x–26 ≥ –25 |
2 |
x–17 > –11 |
3 |
x+28 ≥ 42 |
4 |
–4+3x ≥ 29 |
5 |
3x–10 < 11 |
6 |
–8+6x > 76 |
7 |
9x+27 > –99 |
8 |
1–3x ≥ 22 |
9 |
8+7x < –27; |
10 |
–2x–10 < –37 |
11 |
–8x–25 ≥ –39 |
12 |
29+10x ≥ 21 |
13 |
–40–3x > 80+9x |
14 |
33–8x ≥ 2x–47 |
15 |
7x–34 ≥ –89+2x |
16 |
8(x+3)–22 < –2+4x |
17 |
8+3(x–9) ≤ –55–6x |
18 |
19+9(x–5) ≥ –43–8x |
Вариант №5. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x+24 < 32 |
2 |
–11+x > 4 |
3 |
x+23 < 29 |
4 |
7x–3 ≤ 4; |
5 |
3x–14 < 7 |
6 |
–7x–16 ≥ –121 |
7 |
–4x–4 ≥ 56 |
8 |
8x–25 < –89 |
9 |
5x+22 > 7 |
10 |
–2x–29 ≥ –58 |
11 |
5x+14 ≤ –10 |
12 |
–5x–18 ≤ –42 |
13 |
–4x–14 ≥ 3x–112 |
14 |
23–2x ≥ 4x–7 |
15 |
–21+4x ≤ 7x–42; |
16 |
–32+4(x+6) ≤ 6x–16 |
17 |
59+4(x–9) > –26–3x |
18 |
–41+3(x+8) > –37–7x |
Вариант №6. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
5+x ≥ 17 |
2 |
–16+x > –15 |
3 |
x–9 ≤ –8 |
4 |
4x–28 > –24 |
5 |
–8x–8 < –120 |
6 |
12–6x ≤ –78 |
7 |
–9x–15 ≤ 75 |
8 |
–13–3x < –7 |
9 |
27–5x ≥ 102 |
10 |
27+2x < 2 |
11 |
4x+28 ≥ 1 |
12 |
–8+8x ≥ –14 |
13 |
8–7x < 7x+176 |
14 |
1+9x ≥ 21+7x |
15 |
–7x–4 ≤ 56+8x |
16 |
6(x–7)+53 ≤ 141–7x |
17 |
–34–5(x–5) > –135+4x |
18 |
55+2(x–8) > –3x+64 |
Вариант №7. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
8+x > 15 |
2 |
x–30 ≥ –27 |
3 |
10+x ≥ 18 |
4 |
4x–7 > 29 |
5 |
–27+3x < –6 |
6 |
30+8x ≥ 134 |
7 |
–5–8x ≤ 107 |
8 |
–7x–24 < 11 |
9 |
–5x–11 > 24 |
10 |
8x+26 > 7 |
11 |
–17–2x < –20 |
12 |
17+10x > –20 |
13 |
–4x–21 ≤ –2x–1 |
14 |
–4x+15 ≥ –7x–30 |
15 |
–14+8x ≤ –3x+96 |
16 |
–89–8(x–9) ≥ –129+8x |
17 |
72–6x ≥ 7(x–7)+82 |
18 |
–25+6x ≤ 53–6(x+9). |
Вариант №8. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x+6 > 10 |
2 |
x–14 ≥ –13 |
3 |
–28+x < –13 |
4 |
5+3x ≤ 23 |
5 |
9x–19 ≤ 62 |
6 |
27–8x ≥ –69; |
7 |
15+5x ≤ –35 |
8 |
–2x+1 ≤ 13 |
9 |
7x–2 ≥ –65 |
10 |
–17–4x ≥ –24 |
11 |
10x–17 ≤ –18 |
12 |
–10x+5 < 2 |
13 |
16+4x ≤ –6x–54 |
14 |
7x+30 < 156–7x |
15 |
4x–18 ≤ –172–7x |
16 |
5x–9 ≥ 27+2(x–3) |
17 |
135+3x ≤ –29–7(x–2); |
18 |
3x+43 ≥ 6(x–2)+16 |
Вариант №9. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
–11+x ≥ –2; |
2 |
–26+x > –25 |
3 |
x–5 < –2; |
4 |
–9x+5 ≥ –130; |
5 |
–20+9x < 7 |
6 |
9x+17 ≥ 62 |
7 |
5x–17 ≥ –72 |
8 |
–24–5x ≤ 26 |
9 |
20–5x > 60 |
10 |
–4x–11 ≤ –46 |
11 |
–8x–5 ≤ –28 |
12 |
2x–20 ≥ –51 |
13 |
21–9x ≥ –2x+105 |
14 |
–2x+22 ≥ –10+6x |
15 |
–6x–29 ≤ –141+8x |
16 |
2(x–9)+44 > 8+5x; |
17 |
4x+84 ≤ 92+8(x–7); |
18 |
–8(x+8)+101 < –158+7x |
Вариант №10. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
–28+x ≤ –25 |
2 |
–23+x ≥ –10 |
3 |
x–26 ≥ –12 |
4 |
2–9x ≥ –25 |
5 |
–8+8x > 88 |
6 |
4x–2 ≥ 46 |
7 |
–8–8x ≥ 56 |
8 |
3+9x ≤ –87 |
9 |
–23–9x < 67 |
10 |
–5x+6 < –17 |
11 |
29–10x ≤ –3 |
12 |
11+8x < –8 |
13 |
–3x–16 > –8x–36 |
14 |
40+8x ≥ –4x+148 |
15 |
–9x+14 ≤ –5x+30 |
16 |
–38–2x > 8(x–9)+104 |
17 |
7x–145 > –2–5(x+7); |
18 |
–54+2x ≥ –36–5(x–9). |
Вариант №11. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x–25 > –24 |
2 |
x–27 > –17 |
3 |
–14+x ≥ –9 |
4 |
7x–6 < 99 |
5 |
–3x–17 ≥ –20 |
6 |
24–3x ≥ 18; |
7 |
–19+2x < –43 |
8 |
4x+23 > 15; |
9 |
14–2x ≥ 28; |
10 |
2x–15 ≤ –34 |
11 |
16–5x < 4 |
12 |
19+8x > –16 |
13 |
–8x–6 < –6x+20 |
14 |
7x+31 < 1+5x |
15 |
–8x–32 ≥ –24–4x; |
16 |
6(x+7)–6 > 23–7x |
17 |
61+4x ≤ 8(x+4)–11 |
18 |
–15–7(x–5) ≥ 90–2x |
Вариант №12. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
22+x > 33 |
2 |
–18+x ≥ –9 |
3 |
x+18 > 21 |
4 |
–2x–19 ≥ –25 |
5 |
7x–3 > 18 |
6 |
–3x–21 ≤ –30; |
7 |
1–9x < 64 |
8 |
–4+5x > –69 |
9 |
–13+9x ≥ –49 |
10 |
10x–28 > –49 |
11 |
–24+5x ≤ –46 |
12 |
–8x+15 < –4; |
13 |
–4x+30 > 40+6x; |
14 |
4x+20 < –4x–76 |
15 |
–23–9x > 6x+52 |
16 |
73+8(x–6) < –3x–140 |
17 |
–84–8(x–9) ≤ 120+3x |
18 |
53+6(x–3) ≤ 2x+59 |
Вариант №13. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x+13 ≥ 16 |
2 |
x+17 < 26 |
3 |
–23+x ≥ –13 |
4 |
18–3x > –21 |
5 |
4x–21 < 7 |
6 |
19–9x < 10 |
7 |
–7x+4 < 81 |
8 |
9x+7 ≤ –92 |
9 |
1+2x > –23 |
10 |
–27–5x > –49 |
11 |
2x–23 > –46 |
12 |
12–10x < –1 |
13 |
–6x+19 ≤ 8x+33 |
14 |
–24–5x ≥ –7x–10 |
15 |
–28+5x ≥ –8x+141 |
16 |
57+6x < –2(x–5)–41 |
17 |
67–4(x+9) < 6–9x |
18 |
6x+36 > –4(x–9)–20 |
Вариант №14. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
–21+x ≤ –20 |
2 |
2+x ≤ 14 |
3 |
x–24 ≤ –11 |
4 |
2x–6 > 14 |
5 |
–21+6x ≤ 3 |
6 |
26+8x > 34 |
7 |
2x–2 ≤ –10 |
8 |
27–6x ≥ 45 |
9 |
18–5x < 93 |
10 |
–4x–7 ≤ –24 |
11 |
2–10x < –13 |
12 |
–27+8x > –64 |
13 |
–25–8x > 40+5x |
14 |
–3x–12 ≥ 18–5x |
15 |
7–7x ≤ 7x+217 |
16 |
145+9x ≤ –8(x–6)–56 |
17 |
–12+6(x–4) > 118–8x |
18 |
58+4(x–6) ≤ 6x+40 |
Вариант №15. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
–4+x ≥ 9; |
2 |
x–7 < 8; |
3 |
x+21 > 34; |
4 |
–6x+10 ≤ –26 |
5 |
–8x–21 ≤ –133 |
6 |
19–6x ≤ –5; |
7 |
–5x–17 ≥ 13 |
8 |
9x+9 > –81 |
9 |
14+4x ≤ –14 |
10 |
–4x+30 < 27 |
11 |
27–2x ≤ 8 |
12 |
8x–19 < –25 |
13 |
31+6x < 9x+19 |
14 |
2x+39 ≤ 41+4x |
15 |
5x+30 ≥ 16–2x |
16 |
6(x–6)+61 ≥ –8x–3 |
17 |
12–8x ≤ 3(x+4)–33 |
18 |
56–2x ≥ 7(x+3)–28. |
Вариант №16. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x–2 ≤ 2 |
2 |
2+x < 11 |
3 |
x+6 < 13 |
4 |
–21+8x ≤ 51 |
5 |
25+9x < 88 |
6 |
15–2x ≤ 9 |
7 |
–7x+14 < 70 |
8 |
–20–7x ≤ 78 |
9 |
18–6x ≤ 84 |
10 |
–8x–27 ≥ –41 |
11 |
–2x–24 < –35 |
12 |
17+8x ≥ 14 |
13 |
22+2x > 52+5x |
14 |
5x–1 > 9x+27 |
15 |
–2x+15 ≤ 9x+59 |
16 |
–41–6(x–3) ≤ 40+3x |
17 |
34+5(x–9) ≥ –6x–154 |
18 |
–38+6(x+8) < –170–9x |
Вариант №17. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
x–27 ≤ –22 |
2 |
x–3 ≤ 4 |
3 |
6+x ≥ 13 |
4 |
6+4x < 26 |
5 |
4x+22 > 34 |
6 |
–15–7x ≤ –36 |
7 |
9x–30 ≥ –84 |
8 |
3x+11 ≥ 2 |
9 |
3–4x ≥ 31; |
10 |
5x+19 ≤ –5 |
11 |
11+2x ≥ –22 |
12 |
1–10x > –28 |
13 |
5x–8 > –7x–128 |
14 |
23+2x < –31–7x |
15 |
8x+15 > –5x+119 |
16 |
5x–7 < 30+2(x–8); |
17 |
8x–119 ≥ –15–4(x+5); |
18 |
–23–9x < –2(x–3)+6 |
Вариант №18. Решите неравенства
№ |
Задание |
№ |
Задание |
№ |
Задание |
1 |
–15+x > 0 |
2 |
x–25 < –13 |
3 |
–9+x ≥ 2 |
4 |
26–4x < 18 |
5 |
28+9x ≤ 118 |
6 |
–5x+25 ≤ –50 |
7 |
13–5x ≤ 68 |
8 |
–22–3x > –19 |
9 |
–29–6x ≥ –23 |
10 |
15+2x ≤ –10 |
11 |
6+2x ≤ –23 |
12 |
–5x–18 ≥ –49; |
13 |
2x+28 > 4x+14 |
14 |
–12–3x ≤ –8x–82 |
15 |
–13+4x > 47+8x; |
16 |
2(x+6)+8 < 124–6x; |
17 |
–2(x+3)–22 > 5x–42 |
18 |
–44–8(x–2) ≥ 68+8x. |
Ответы:
№ зад. |
Номер варианта |
|||||
1 |
2 |
3 |
4 |
5 |
6 |
|
1 |
xϵ[7; +∞) |
xϵ(–∞; 15) |
xϵ(2; +∞) |
xϵ[1; +∞) |
xϵ(–∞; 8) |
xϵ[12; +∞) |
2 |
xϵ(10; +∞) |
xϵ[11; +∞) |
xϵ(–∞; 13] |
xϵ(6; +∞) |
xϵ(15; +∞) |
xϵ(1; +∞) |
3 |
xϵ[11; +∞) |
xϵ(–∞; 1] |
xϵ[8; +∞) |
xϵ[14; +∞) |
xϵ(–∞; 6) |
xϵ(–∞; 1] |
4 |
xϵ(–∞; 15) |
xϵ(–∞; 5) |
xϵ(11; +∞) |
xϵ[11; +∞) |
xϵ(–∞; 1] |
xϵ(1; +∞) |
5 |
xϵ(–∞; 11] |
xϵ[13; +∞) |
xϵ(–∞; 10] |
xϵ(–∞; 7) |
xϵ(–∞; 7) |
xϵ(14; +∞) |
6 |
xϵ[6; +∞) |
xϵ(–∞; 6] |
xϵ[12; +∞) |
xϵ(14; +∞) |
xϵ(–∞; 15] |
xϵ[15; +∞) |
7 |
xϵ(–1; +∞) |
xϵ(–∞; –5) |
[–10; +∞) |
(–14; +∞) |
xϵ(–∞; –15] |
[–10; +∞) |
8 |
xϵ(–10; +∞) |
xϵ(–∞; –1) |
xϵ(–4; +∞) |
xϵ(–∞; –7] |
xϵ(–∞; –8) |
xϵ(–2; +∞) |
9 |
xϵ(–∞; –15] |
[–12; +∞) |
xϵ(–∞; –10) |
xϵ(–∞; –5) |
xϵ(–3; +∞) |
xϵ(–∞; –15] |
10 |
xϵ(–2.6; +∞) |
(–3.8; +∞) |
(–0.4; +∞) |
(13.5; +∞) |
(–∞; 14.5] |
(–∞; –12.5) |
11 |
xϵ(–∞; 6.2) |
(–∞; –4.2] |
[–2.75; +∞) |
(–∞; 1.75] |
(–∞; –4.8] |
[–6.75; +∞) |
12 |
xϵ(–∞; 5.5] |
xϵ(–∞; 0.4] |
xϵ(–∞; 2.7] |
[–0.8; +∞) |
xϵ[4.8; +∞) |
[–0.75; +∞) |
13 |
xϵ(–∞; –4] |
xϵ(–∞; 12] |
xϵ(–∞; 3] |
xϵ(–∞; –10) |
xϵ(–∞; 14] |
(–12; +∞) |
14 |
xϵ(–∞; 13) |
xϵ[–9; +∞) |
xϵ(–9; +∞) |
xϵ(–∞; 8] |
xϵ(–∞; 5] |
xϵ[10; +∞) |
15 |
xϵ[–12; +∞) |
xϵ(–∞; –10) |
xϵ(–∞; –8] |
[–11; +∞) |
xϵ[7; +∞) |
xϵ[–4; +∞) |
16 |
xϵ(–8; +∞) |
xϵ[10; +∞) |
xϵ[4; +∞) |
xϵ(–∞; –1) |
xϵ[4; +∞) |
xϵ(–∞; 10] |
17 |
xϵ(–∞; –5) |
xϵ(–∞; –1] |
xϵ(–∞; –11) |
xϵ(–∞; –4] |
xϵ(–7; +∞) |
xϵ(–∞; 14) |
18 |
xϵ(–∞; –11) |
xϵ(–∞; 6] |
xϵ(–∞; 4] |
xϵ[–1; +∞) |
xϵ(–2; +∞) |
xϵ(5; +∞) |
№ зад. |
Номер варианта |
|||||
7 |
8 |
9 |
10 |
11 |
12 |
|
1 |
xϵ(7; +∞) |
xϵ(4; +∞) |
xϵ[9; +∞) |
xϵ(–∞; 3] |
xϵ(1; +∞) |
xϵ(11; +∞) |
2 |
xϵ[3; +∞) |
xϵ[1; +∞) |
xϵ(1; +∞) |
xϵ[13; +∞) |
xϵ(10; +∞) |
xϵ[9; +∞) |
3 |
xϵ[8; +∞) |
xϵ(–∞; 15) |
xϵ(–∞; 3) |
xϵ[14; +∞) |
xϵ[5; +∞) |
xϵ(3; +∞) |
4 |
xϵ(9; +∞) |
xϵ(–∞; 6] |
xϵ(–∞; 15] |
xϵ(–∞; 3] |
xϵ(–∞; 15) |
xϵ(–∞; 3] |
5 |
xϵ(–∞; 7) |
xϵ(–∞; 9] |
xϵ(–∞; 3) |
xϵ(12; +∞) |
xϵ(–∞; 1] |
xϵ(3; +∞) |
6 |
xϵ[13; +∞) |
xϵ(–∞; 12] |
xϵ[5; +∞) |
xϵ[12; +∞) |
xϵ(–∞; 2] |
xϵ[3; +∞) |
7 |
xϵ[–14; +∞) |
xϵ(–∞; –10] |
[–11; +∞) |
xϵ(–∞; –8] |
xϵ(–∞; –12) |
xϵ(–7; +∞) |
8 |
xϵ(–5; +∞) |
xϵ[–6; +∞) |
[–10; +∞) |
xϵ(–∞; –10] |
xϵ(–2; +∞) |
(–13; +∞) |
9 |
xϵ(–∞; –7) |
xϵ[–9; +∞) |
xϵ(–∞; –8) |
(–10; +∞) |
xϵ(–∞; –7] |
xϵ[–4; +∞) |
10 |
(–2.375; +∞) |
(–∞; 1.75] |
[8.75; +∞) |
xϵ(4.6; +∞) |
(–∞; –9.5] |
(–2.1; +∞) |
11 |
xϵ(1.5; +∞) |
(–∞; –0.1] |
[2.875; +∞) |
xϵ[3.2; +∞) |
xϵ(2.4; +∞) |
(–∞; –4.4] |
12 |
xϵ(–3.7; +∞) |
xϵ(0.3; +∞) |
[–15.5; +∞) |
(–∞; –2.375) |
(–4.375; +∞) |
(2.375; +∞) |
13 |
xϵ[–10; +∞) |
xϵ(–∞; –7] |
xϵ(–∞; –12] |
xϵ(–4; +∞) |
(–13; +∞) |
xϵ(–∞; –1) |
14 |
xϵ[–15; +∞) |
xϵ(–∞; 9) |
xϵ(–∞; 4] |
xϵ[9; +∞) |
xϵ(–∞; –15) |
xϵ(–∞; –12) |
15 |
xϵ(–∞; 10] |
xϵ(–∞; –14] |
xϵ[8; +∞) |
xϵ[–4; +∞) |
xϵ(–∞; –2] |
xϵ(–∞; –5) |
16 |
xϵ(–∞; 7] |
xϵ[10; +∞) |
xϵ(–∞; 6) |
xϵ(–∞; –7) |
xϵ(–1; +∞) |
xϵ(–∞; –15) |
17 |
xϵ(–∞; 3] |
xϵ(–∞; –15] |
xϵ[12; +∞) |
xϵ(9; +∞) |
xϵ[10; +∞) |
[–12; +∞) |
18 |
xϵ(–∞; 2] |
xϵ(–∞; 13] |
xϵ(13; +∞) |
xϵ[9; +∞) |
xϵ(–∞; –14] |
xϵ(–∞; 6] |
№ зад. |
Номер варианта |
|||||
13 |
14 |
15 |
16 |
17 |
18 |
|
1 |
xϵ[3; +∞) |
xϵ(–∞; 1] |
xϵ[13; +∞) |
xϵ(–∞; 4] |
xϵ(–∞; 5] |
xϵ(15; +∞) |
2 |
xϵ(–∞; 9) |
xϵ(–∞; 12] |
xϵ(–∞; 15) |
xϵ(–∞; 9) |
xϵ(–∞; 7] |
xϵ(–∞; 12) |
3 |
xϵ[10; +∞) |
xϵ(–∞; 13] |
xϵ(13; +∞) |
xϵ(–∞; 7) |
xϵ[7; +∞) |
xϵ[11; +∞) |
4 |
xϵ(–∞; 13) |
xϵ(10; +∞) |
xϵ[6; +∞) |
xϵ(–∞; 9] |
xϵ(–∞; 5) |
xϵ(2; +∞) |
5 |
xϵ(–∞; 7) |
xϵ(–∞; 4] |
xϵ[14; +∞) |
xϵ(–∞; 7) |
xϵ(3; +∞) |
xϵ(–∞; 10] |
6 |
xϵ(1; +∞) |
xϵ(1; +∞) |
xϵ[4; +∞) |
xϵ[3; +∞) |
xϵ[3; +∞) |
xϵ[15; +∞) |
7 |
xϵ(–11; +∞) |
xϵ(–∞; –4] |
xϵ(–∞; –6] |
xϵ(–8; +∞) |
xϵ[–6; +∞) |
[–11; +∞) |
8 |
xϵ(–∞; –11] |
xϵ(–∞; –3] |
(–10; +∞) |
[–14; +∞) |
xϵ[–3; +∞) |
xϵ(–∞; –1) |
9 |
xϵ(–12; +∞) |
(–15; +∞) |
xϵ(–∞; –7] |
[–11; +∞) |
xϵ(–∞; –7] |
xϵ(–∞; –1] |
10 |
xϵ(–∞; 4.4) |
[4.25; +∞) |
(0.75; +∞) |
(–∞; 1.75] |
(–∞; –4.8] |
(–∞; –12.5] |
11 |
(–11.5; +∞) |
xϵ(1.5; +∞) |
xϵ[9.5; +∞) |
xϵ(5.5; +∞) |
[–16.5; +∞) |
(–∞; –14.5] |
12 |
xϵ(1.3; +∞) |
(–4.625; +∞) |
(–∞; –0.75) |
[–0.375; +∞) |
xϵ(–∞; 2.9) |
xϵ(–∞; 6.2] |
13 |
xϵ[–1; +∞) |
xϵ(–∞; –5) |
xϵ(4; +∞) |
xϵ(–∞; –10) |
(–10; +∞) |
xϵ(–∞; 7) |
14 |
xϵ[7; +∞) |
xϵ[15; +∞) |
xϵ[–1; +∞) |
xϵ(–∞; –7) |
xϵ(–∞; –6) |
xϵ(–∞; –14] |
15 |
xϵ[13; +∞) |
[–15; +∞) |
xϵ[–2; +∞) |
xϵ[–4; +∞) |
xϵ(8; +∞) |
xϵ(–∞; –15) |
16 |
xϵ(–∞; –11) |
xϵ(–∞; –9] |
xϵ[–2; +∞) |
xϵ[–7; +∞) |
xϵ(–∞; 7) |
xϵ(–∞; 13) |
17 |
xϵ(–∞; –5) |
xϵ(11; +∞) |
xϵ[3; +∞) |
[–13; +∞) |
xϵ[7; +∞) |
xϵ(–∞; 2) |
18 |
xϵ(–2; +∞) |
xϵ[–3; +∞) |
xϵ(–∞; 7] |
xϵ(–∞; –12) |
xϵ(–5; +∞) |
xϵ(–∞; –6] |
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