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, 352, 362, 363, 364, 365, 366, 367, 368, 369, 370, 371, 372, 373 Stich, F A, 476 Stieglitz, R D, 584 Stiehl, J, 831 Stiles-Shipley, J, 830 Stinson, F S, 860, 863 Stipek, D, 647 Stocia, P, 171 Stodel, E J, 300 Stoecker, C, 333, 335 Stoever, S, 358, 360, 383 Stoffregen, T A, 171 Stokes, J, 563 Stokols, D, 522, 526, 527, 528 Stolberg, A, 871 Stoll, S, 665, 666 Stolz, H E, 699 Stone, E J, 517, 520 Stone, J, 141, 439, 836 Stone, M N, 737, 742, 748 Stoneman, Z, 705 Stone-Romero, E F, 12 Stones, M J, 176, 495, 563 Stoov , M A, 394 Stopka, C, 412 Storandt, M, 496 Stormer, S, 366, 369 Stornes, T.

, 671, 672, 673 Storti, K L, 600 Story, M, 315 Stotesbery, C L, 609 Stotts, A L, 871 Stout, R J, 274, 276 Stoutjesdyk, D, 362 Strachan, S, 359 Strahan, E J, 750 Strasburger, L H, 324 Strath, S J, 493 Straub, W F, 287, 300 Strauman, T J, 583 Strauss, B, 429, 737, 738, 739, 747, 748 Strauss, R S, 485 Strawbridge, W J, 498 Strayer, D L, 250 Stray-Gundersen, J, 11 Striegel-Moore, R, 352, 357, 361, 362, 364 Strijbos, J H, 520 Stroebe, M S, 542, 543 Stroebe, W, 542, 543 Strom, E H, 563 Str mme, S B, 175, 587, 588 Stronski, S M, 864 Strote, J, 864 Strycker, L A, 696, 697, 703 Stryer, B K.

De ne the voice channel using the band of frequencies it occupies from the CCITT perspective. What is its bandwidth Where does the sensitivity of a telephone set peak (i.e., at about what frequency) from a North American perspective from a CCITT perspective A local serving switch provides a battery voltage source for the subscriber loop. What is the nominal voltage of this battery Name at least three functions that this emf source provides. A subscriber loop is designed basically on two limiting conditions (impairments). What are they

, 315 Stuart, J C, 382 Stuart, M E, 688, 689, 696, 697, 701, 703 Stuart, M J, 408, 410, 411, 416, 417 Stubbe, J H, 513 Stunkard, A J, 476 Stuntz, C P, 651, 671 Subich, L, 365, 366, 367 Sudi, K, 355 Sue, D W, 824, 825 Sue, S, 824 Suedfeld, P, 299 Sugawara, H M, 778 Suggs, W, 868 Suinn, R M, 288, 294, 297 Suk Yoon, K, 647 Suldo, S M, 699, 702 Sullivan, J J, 249 Sullivan, M J L, 417 Sullivan, P A, 294, 300 Sullivan, P J, 121, 273, 742, 743, 799, 805 Sulloway, F J, 702, 704, 705, 706 Sully, D J, 229, 235 Sully, H G, 229, 235 Suminski, R R, 553 Summers, J J.

, 250, 384, 385 Sun, R, 253 Sundgot-Borgen, J, 315, 353, 355, 357, 358, 359, 360, 361, 362 Sung, J, 498 Suomi, J, 850 Surburg, O, 851 Surburg, P R, 851 Sutlive, V, 851 Sutton, S, 320, 524, 537, 550, 551, 553 Sutton-Smith, B, 666, 702, 705 Svebak, S, 571 Svenningsson, P, 480 Svoboda, B, 722 Swaab, D F, 481 Swain, A B, 6, 12, 22, 23, 130, 691 Swain, D A, 717, 721, 722 Swain, R A, 473, 497 Swaminathan, H, 737, 738.

2 Divide each item s total contribution margin by the average contribution margin to arrive at the profit factor For example, in Exhibit 65, the first menu item shows a total contribution margin of $2,466 in column L This figure, divided by the average of $2,235 from step 1, results in a profit factor of 110, which is recorded in column T It is wrong to assume that if an item has a very high profit factor this is good Because of the way in which profit factors are calculated, the average of all profit factors is 10 This means that any profit factors higher than 10 have to be balanced by other profit factors lower than 10 In other words, the higher some items profit factors are, the lower others will be.

R(Y j / X j )

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