specific heat1

23; Ch20) (Tfinal – Tinitial-h20)Cslug = (mcup  CAl + mrod  CAl + mh20  Ch20) (Tfinal – Tinitial-h20) / (Tinitial-slug – Tfinal)  mslugTinmtin = 65 gTinitial-slug = 170 CTintial-h20 = 21 CTfinal = 24 CCtin = (mcup  CAl + mrod  CAl + mh20  Ch20) (Tfinal – Tinitial-h20) / (Tinitial-slug – Tfinal)  mtinCtin = (50  903 + 11  903 + 200  4180)(24 – 21) / (170 – 24)  (65)Ctin = 281.7Leadmtin = 58.5 gTinitial-slug = 160 CTintial-h20 = 24 CTfinal = 26 CCactual-lead = 130Ctin = (mcup  CAl + mrod  CAl + mh20  Ch20) (Tfinal – Tinitial-h20) / (Tinitial-slug – Tfinal)  mleadCtin = (50  903 + 11  903 + 200  4180)(26 – 24) / (160 – 26)  (58.5)Ctin = 113.7%-error = |Cactual – Cexperimental| / Cacutal = |130 – 113.7| / 130 = 12.6%AluminumMaluminum = 65 gTinitial-slug = 155 CTintial-h20 = 26 CTfinal = 33 CCactual-aluminum = 903Ctin = (mcup  CAl + mrod  CAl + mh20  Ch20) (Tfinal – Tinitial-h20) / (Tinitial-slug – Tfinal)  mAlCtin = (50  903 + 11  903 + 200  4180)(33 – 26) / (155 – 33)  (65)Caluminum = 786.7%-error = |Cactual – Cexperimental| / Cacutal = |903 – 786.7| / 903 = 13.0%Coppermtin = 60 gTinitial-slug = 160 CTintial-h20 = 33 CTfinal = 36.5 CCactual-copper = 385Ctin = (mcup  CAl + mrod  CAl + mh20  Ch20) (Tfinal – Tinitial-h20) / (Tinitial-slug – Tfinal)  mCuCtin = (50  903 + 11  903 + 200  4180)(36.5 – 33) / (160 – 36.5)  (60)Ctin = 420.9%-error = |Cactual – Cexperimental| / Cacutal = |385 – 420.9| / 385 = 9.3%Unknown slugm...