Trial 1 Initial Volume Trial 3 Initial Volume 8 9 0 Trial 2 Initial Volume 10 d for thcare Trial 1 Final Volume Trial 2 Final Volume Trial 3 Final Volume 28 29 30 37 38 38 39

Table 3:  Data for Trial 1 Water displaced in mL Time (seconds) 2 mL   49 4 mL   84 6 mL   116 8 mL   145 10 mL   174 12 mL   202 14 mL   230 16 mL   253 18 mL   280 20 mL   313 22 mL   350 Table 4:  Data for Trial 2 Water displaced in mL Time (seconds) 2 mL   78 4 mL   144 6 mL   175 8 mL   205 10 mL   255 12 mL   308 14 mL   330 16 mL   409 18 mL   463 20 mL   515 22 mL   575   Table 5:  Data for Trial 3 Water displaced in mL Time (seconds) 2 mL   53 4 mL   100 6 mL   139 8 mL   178 10 mL   213 12 mL   247 14 mL   282 16 mL   319 18 mL   363 20 mL   412 22 mL   463 Help me with  this part   Trial 1 (Table 3) Slope ______________________ Reciprocal Slope _______________   Trial 2 (Table 4) Slope _______________________ Reciprocal Slope ________________…

A student drinks a 16.0 oz bottle of Diet Cola. The student's stomach warms the soft drink from 2.0 °C to 37.0 °C, how many kcals were required. (16.0 fluid oz = 472 mL, assume the density of Diet Cola is equal to the density of water.)

The following volumes of 0.000300 M SCN are diluted to 15.00 mL. Determine the concentration of SCN in each sample after dilution. These values will be used during the experiment. To enter exponential values, use the format 1.0e-5. Sample 0.000300 M SCN (mL) [SCN'] (M) 1 1.50 3.50 7.00 4 10.00 3.