


Data al 1. Determining the calorimeter constant Data (a) Mass of empty Styrofoam cups (b) Mass...
please help me calculate
Data Tria Trial (a) Mass of empty Styrofoam cups 10.55 10.63 79 15 79. 70 (b) Mass of cups +70 mL water 102.51 (c) Mass of cups + 70 mL water+30 mL hot 107. P 23. (d) Initial temperature of water in the calorimeter 3 °C °C 92.0 °C (e) Temperature of the boiling water bath °C 430 43.5 (f) Final temperature of calorimeter + added Calculatio- 69.15 69.22 (g) Mass of cool water in cups,...
Just need a little help figuring out how to make the calculations
from my data
Data and Calculations 1. Determining the calorimeter constant Data % 8 (a) Mass of empty Styrofoam cups (b) Mass of cups + 70 ml water (c) Mass of cups + 70 ml water + 30 ml hot water (d) Initial temperature of water in the calorimeter (cups) (e) Temperature of the boiling water bath Trial 1 20.5 86.6 1 113.6 23 95 39 Trial 2...
Date: Pre-Lab Questions Heat Capacity ra calorimeter with the following data: Calculate B, the calorimeter const Show calculations or u calculations on the back of this page DATA 3.9639 72.850 g Mass of empty calorimeter Mass of calorimeter + 70 ml water 100.942 g 23.09 °C 100.00 °C Mass of calorimeter + 70 ml water + 30 mL hot water Initial temperature of water in calorimeter Temperature of the boiling water bath Final temperature of calorimeter + added hot water...
mON Pre-Lab Questions Heat Capacity Calculate B, the calorimeter constant, for a calorimeter with the following data: Show calculations on the back of this page. DATA Mass of empty calorimeter Mass of calorimeter +70 3.963 g 72.850 g mL water Mass of calorimeter+70 mL water+30 mL hot water Initial temperature in calorimeter Temperature of the boiling water bath Final temperature of calorimeter + added hot water 100.942 g water 23.09 °C 100.00 °C 43.99 °C CALCULATIONS Mass of cool water...
What will my heat gained by the calorimeter be? and total heat
gained? Also do I represent heat loss of metal as
negative?
Part 2: Determining the Specific Heat Capacity of an Unknown Metal Data Trial 2 Trial 1 4.62g Mass of calorimeter Mass of calorimeter + water Mass of metal 102.35 g 81.63 g 22.1 C Initial temperature of water in calorimeter Initial temperature of metal 98.8 C Final temperature of calorimeter + added metal 27.5 C Calculations Trial...
FIRST RUN: (a) Mass of the Calorimeter (two empty cups) in g: 4.0g (b) Mass of the cold water and the calorimeter in g: 52.5g (c) Calculated mass of the coldwater in g [(b)-(a)]: 48.5 (d) Temp. of the Cold Water in C: 14c (e) Temp. of the Hot Water before mixing with the cold in C: 38c (f) Mass of the Cold & hot water mixed AND the calorimeter in g: 100.6g (g) Calculated Mass of the Hot water...
Mass of Styrofoam cups
4.00 g
Mass of Styrofoam cups with water
102.30 g
Mass of Water
98.3
Initial Temperature of water
22.0 oC
Final Temperature
11.4 oC
Mass of Styrofoam cups with water plus ice
113.60 g
Mass of Iced Added
11.3 g
1. Ice at -10 °C is heated until it becomes liquid water at 10°C. Which heating curve below represents this process? 10| و (2) T T ( °C او ( T (°C) 0 -10 سے ان کا -10...
Calculate the calorimeter constant in trial one.
Data: Number Unit Trial 1 50 mL Mass of cold water 23.1 C Temperature of cold water 50.0 mL Mass of hot water 51.8 C Temperature of hot water 37.7 C Temperature of mixed water Number Unit 0.105 g Mg (s)HCI (aq) Mass of Mg 100.0 mL Volume of HC 22.4 C Temperature of HC
Part A: Calibration of Calorimeter 1. Calculate the heat lost by your hot water (q=mx Cs x (Tf-Ti) m: 50.0 g Tf=24.1 C Ti=30.6 2. Calculate the heat gained by your cold water m=50.0g Tf=24.1 C Ti=19.1 C 3. The difference in the heat lost by the hot water and that gained by the cool water is the heat gained by the calorimeter. Calculate the heat gained by the calorimeter here. 4. Now calculate the heat capacity of your calorimeter....
1.A student determined the calorimeter constant of the calorimeter, using the procedure described in this module. The student added 50.00 mL of cold water to 50.00 mL of heated, distilled water in a Styrofoam cup. The initial temperature of the cold water was 19.09°C and of the hot water, 32.17°C. The maximum temperature of the mixture was found to be 24.55°C. Assume the density of water is 1