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What should be the working pressure of a cylinder with 3 in. piston diameter so that it can balance a force of 600 lbs? [Answer:84.9 psig]

What should be the working pressure of a cylinder with 3 in. piston diameter so that it can balance a force of 600 lbs? [Answer:84.9 psig]

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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What should be the working pressure of a cylinder with 3 in. piston diameter so that it can balance a force of 600 lbs? [Answer:84.9 psig]

Piston Rod Effec. Dia. Dia., Area, In. In. Sq. In. 1½ 1% None 5/8 1% 2 19 3 2% None 5/8 1 13 3% 3% 4 5 6 7 8 10 None 1.77 5/8 1.46 1 12 14 None 3.14 5/8 2.83 1 2.35 None 1 1% 985 None 1 196 13 2.41 2.10 1.18 4.91 4.60 4.12 3.43 7.07 6.28 8.30 7.51 6.82 5.89 None 9.62 1 8.84 None 12.57 60 70 80 90 100 110 120 PSI PSI PSI PSI PSI PSI PSI 106 88 59 144 126 71 170 141 124 102 69 295 276 247 206 168 147 83 188 220 251 198 142 117 79 192 216 168 189 95 106 498 581 451 526 409 354 159 177 132 146 89 98 227 255 283 165 188 212 235 424 495 377 440 503 280 326 373 414 330 371 308 565 664 601 477 545 413 472 241 210 118 283 314 345 377 312 340 259 283 344 393 442 491 540 589 638 322 368 460 506 552 598 289 412 454 495 240 274 343 377 411 636 707 778 848 565 628 691 754 420 466 513 560 195 212 230 161 176 190 108 118 128 265 289 231 252 130 142 998 915 130 PSI 313 273 154 408 368 306 902 818 707 747 830 913 676 751 827 613 681 750 589 648 795 531 577 674 770 866 530 618 707 754 880 1006 1131 1257 1382 1508 1634 1178 1296 1415 1532 1109 1219 1330 1441 1 11.78 707 825 943 1061 176 665 776 887 1016 1118 1220 1321 2544 2827 3110 3392 3675 11.09 794 10.16 610 712 813 None 19.64 1178 1375 1571 1768 1964 2160 2357 2553 1 18.85 1131 1320 1508 1697 1885 2074 2263 2451 17 18.16 1089 1271 1452 1634 1816 1997 2179 2360 None 28.27 1696 1979 2262 136 26.79 1607 1875 2:43 196 25.90 1552 1811 2069 2328 2586 None 38.49 2309 2694 3079 3464 3849 4234 14 37.01 2220 2590 2960 3331 3701 4071 None 50.27 3016 3519 4022 4524 5027 5530 3903 4391 4879 5366 5854 6342 3829 4308 4786 5265 5744 6222 2411 2679 2946 3214 3482 2845 3104 3362 4619 5004 4441 4811 6032 6535 176 48.79 2927 3415 47.90 2872 None 78.54 4712 1% 3351 5498 6283 7069 7854 8639 9425 10210 17 76.14 4568 5329 6091 2 6852 7614 8375 9136 9898 75.40 4524 5278 6032 6786 7540 8294 9048 9802 None 113.1 6786 7917 9048 10179 11310 12441 13572 14703 2 110.0 6598 7697 8797 9896 10996 12095 13195 14295 108.2 6491 7573 855 9737 10819 11901 12983 14075 None 153.9 9234 10773 12312 13851 15390 16929 18468 20007 2% 8939 10429 11919 13409 14899 16389 17879 19369 8810 10278 11747 13215 14683 16151 17620 19088 2½ 3 149.0 146.8 Force générée par les vérins pneumatiques 536 445 919 817 606 996 1079 977 886 766 962 1058 1155 1251 884 972 1060 1149
Transcribed Image Text:Piston Rod Effec. Dia. Dia., Area, In. In. Sq. In. 1½ 1% None 5/8 1% 2 19 3 2% None 5/8 1 13 3% 3% 4 5 6 7 8 10 None 1.77 5/8 1.46 1 12 14 None 3.14 5/8 2.83 1 2.35 None 1 1% 985 None 1 196 13 2.41 2.10 1.18 4.91 4.60 4.12 3.43 7.07 6.28 8.30 7.51 6.82 5.89 None 9.62 1 8.84 None 12.57 60 70 80 90 100 110 120 PSI PSI PSI PSI PSI PSI PSI 106 88 59 144 126 71 170 141 124 102 69 295 276 247 206 168 147 83 188 220 251 198 142 117 79 192 216 168 189 95 106 498 581 451 526 409 354 159 177 132 146 89 98 227 255 283 165 188 212 235 424 495 377 440 503 280 326 373 414 330 371 308 565 664 601 477 545 413 472 241 210 118 283 314 345 377 312 340 259 283 344 393 442 491 540 589 638 322 368 460 506 552 598 289 412 454 495 240 274 343 377 411 636 707 778 848 565 628 691 754 420 466 513 560 195 212 230 161 176 190 108 118 128 265 289 231 252 130 142 998 915 130 PSI 313 273 154 408 368 306 902 818 707 747 830 913 676 751 827 613 681 750 589 648 795 531 577 674 770 866 530 618 707 754 880 1006 1131 1257 1382 1508 1634 1178 1296 1415 1532 1109 1219 1330 1441 1 11.78 707 825 943 1061 176 665 776 887 1016 1118 1220 1321 2544 2827 3110 3392 3675 11.09 794 10.16 610 712 813 None 19.64 1178 1375 1571 1768 1964 2160 2357 2553 1 18.85 1131 1320 1508 1697 1885 2074 2263 2451 17 18.16 1089 1271 1452 1634 1816 1997 2179 2360 None 28.27 1696 1979 2262 136 26.79 1607 1875 2:43 196 25.90 1552 1811 2069 2328 2586 None 38.49 2309 2694 3079 3464 3849 4234 14 37.01 2220 2590 2960 3331 3701 4071 None 50.27 3016 3519 4022 4524 5027 5530 3903 4391 4879 5366 5854 6342 3829 4308 4786 5265 5744 6222 2411 2679 2946 3214 3482 2845 3104 3362 4619 5004 4441 4811 6032 6535 176 48.79 2927 3415 47.90 2872 None 78.54 4712 1% 3351 5498 6283 7069 7854 8639 9425 10210 17 76.14 4568 5329 6091 2 6852 7614 8375 9136 9898 75.40 4524 5278 6032 6786 7540 8294 9048 9802 None 113.1 6786 7917 9048 10179 11310 12441 13572 14703 2 110.0 6598 7697 8797 9896 10996 12095 13195 14295 108.2 6491 7573 855 9737 10819 11901 12983 14075 None 153.9 9234 10773 12312 13851 15390 16929 18468 20007 2% 8939 10429 11919 13409 14899 16389 17879 19369 8810 10278 11747 13215 14683 16151 17620 19088 2½ 3 149.0 146.8 Force générée par les vérins pneumatiques 536 445 919 817 606 996 1079 977 886 766 962 1058 1155 1251 884 972 1060 1149
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