Wait a second!
More handpicked essays just for you.
Lab report on specific heat capacity
Introduction of specific heat capacity lab report physics
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Experiment to Find the Specific Heat Capacity of an Aluminium Block
481 Words1 Page
Recommended: Lab report on specific heat capacity
Experiment to Find the Specific Heat Capacity of an Aluminium Block
DATA COLLECTION:
Mass(m) (kg) (5dp)
Current(I) (A) (2dp)
Voltage (V) (2dp)
Time(t) (s) (0dp)
Initial temp(T1) (ºC) (2sf)
Final temp(T2) (ºC) (2sf)
+/-( 5*10^ -4) %
+/- (1*10^ -1) %
+/- (4*10^ -2) %
+/- (5*10^-1)s
+/- 0.5 ºC
+/- (5*10^ -1) ºC
0.99577
3.70
12.07
0
16.0
16.0
0.99577
3.70
12.08
60
16.0
18.0
0.99577
3.68
12.10
120
16.0
20.0
0.99577
3.66
12.11
180
16.0
22.0
0.99577
3.68
12.10
240
16.0
25.0
0.99577
3.64
12.08
300
16.0
27.0
0.99577
3.64
12.08
360
16.0
30.0
0.99577
3.65
12.03
420
16.0
33.0
DATA PROCESSING AND PRESENTATION:
As Q=m.c.(T2-T1)
Where Q= energy transfer
C= specific heat capacity
We can rearrange this to give:
C= Q/(m(T2-T1))
And as power = energy/time
Therefore E= Pt = Q
And P = IV therefore Q = IVt
Hence C= IVt/(m(T2-T1))
Which is rearranged to the form y=px + c to give:
T2= (IVt / (m.C)) + T1.
Where p is the gradient, and equals 1/C, therefore x = IVt/m = Q/m,
and y = T2 the y intercept is equal to T1
Therefore I have calculated this table:
Energy transfer
Errors (J)
Q/m (j/kg)
Errors(J/kg)
Final temp(T2) ( ºC) (2sf)
(Q) (J) (0dp)
(0dp)
(0dp)
(0dp)
+/- (5*10^ -1) ºC
0
+/- 0
0
Related
Analysis: Joe Science Vs. The Water Heater
868 Words | 2 PagesTwo equations were used in this experiment to determine the initial temperature of the hot water. The first equation
Nano Thermal Analysis of Pharmaceutical Materials
1158 Words | 3 PagesThermal methods of analysis have been in use for quite a long time. Their application in the analysis of pharmaceutical materials has made it possible for pharmacists and researchers to understand their contents and characteristics. However, thermal methods have several disadvantages that have led researchers to opt for nano-thermal methods of analysis. Nano-thermal analysis methods use special resolution imaging potential that is enhanced by the availability of atomic force microscopy and thermal analysis methods.
The change in enthalpy for the combustion of magnesium metal
1121 Words | 3 PagesNext, we measured 1.07 g of magnesium oxide, using a balance in the fume hood, added it to the HCl in the calorimeter, and shut the lid quickly to conserve heat. This mixture was “swirled” and allowed a few moments to react. The final temperature was recorded and DT determined. GRAPH GRAPH
6.03 Calorimetry Lab
488 Words | 1 PagesWell, this looks like its using some calculations so what I would do is take my 0.045 M and equal it to the 0.25 mL of NH3 and multiply that by 45.0 mL and multiply it by 10 with an exponent of negative 3. Once all of that is multiplied together we should get an answer of 0.01135 moles of our HCI. Now we can find our “Concentration” Which means we would divide our moles (0.01125) to our vol in liters which is 0.025, once we do that, we get an answer of 0.045M of our NH3. Well, since we are on the topic of pH we know that we can use the formula: pH = -log (H3O+). Then what we would do is plug everything into the formula: pH equals -log (2.4 multiplied by 10 (with an exponent of -5). Once we find the answer to this and we add up all of our calculations, we can come to a conclusion that the answer is: 4.6197 as our pH.
The link between the number of carbon atoms in a fuel with the amount of energy it releases
2717 Words | 6 Pages+ 10(926) 17102 + 21148 = - 4046 joules Pentan-1-ol + Oxygen Carbon dioxide + Water 2 C 5 H 11 OH + 15 O 2 10 CO 2 + 12 H 2 O 2(6747) + 15(496) + 10(1486) + 12(926).
Chemistry: Magnesium Hydroxide And Citric Acid
984 Words | 2 PagesIn this lab, I determined the amount of heat exchanged in four different chemical reactions only using two different compounds and water. The two compounds used were Magnesium Hydroxide and Citric Acid. Both compounds were in there solid states in powder form. Magnesium Hydroxide was mixed with water and the change in heat was measured using a thermometer. The next reaction combined citric acid and magnesium hydroxide in water. The change in heat was measured as well. For the third reaction citric acid was placed in water to measure the change in heat. In the last reaction, citric acid was combined with water. The heat exchanged was again measured. It is obvious we were studying the calorimetry of each reaction. We used a calorimeter
Investigation of the Heat Energy Produced by Combustion of Various Alcohols
2704 Words | 6 Pageson how long it takes to heat up. If we heat a large volume of water it
Physics of Cooling Lava
853 Words | 2 PagesOn January 23rd 1973 a new volcano unexpectedly erupted in the Vestmannaeyjar archipelago, southwest of Iceland. The new volcano was a fissure 1.25 miles long and only 1100 yards from the center of town, also named Vestmannaeyjar. The new volcano was named Heimaey. The town was mostly evacuated over the next few days and the lava slowly flowed towards town and the mouth of the harbor for the next seven months. Vestmannaeyjar is the only good harbour in that part of Iceland, and was the base for a large fishing fleet that produces a significant part of Iceland’s GNP. As the lava threatened to overrun the town and close off the harbor, a decision was made to try to slow and divert the lava by cooling it with sea water. The idea was initially scoffed at, but when small initial efforts seemed to have an effect the scale of the operation was increased. Over seven months eight million cubic yards of sea water were pumped onto the lava flow; they cooled 5 million cubic yards of basalt lava to solid rock. The harbor and much of the town survived the eruption, likely as a result of the efforts to cool the lava.
Determination of the Enthalpy Change of a Reaction
1680 Words | 4 Pages-443.08 x (100.1 / 2.51) = -17670.2 J.mol. 1. H = -17.67 kJ.mol. 1.
AMMONIUM NITRATE
560 Words | 2 Pages- Temperature was measured after and exact time i.e. 1 minute, 2 minutes, 3 minutes.
Sweating and Heat Loss Investigation
1663 Words | 4 PagesSweating and Heat Loss Investigation Aim To find out whether heat is lost faster over a sweaty body compared to a dry body. Apparatus 2 Boiling tubes 47ml max 2 Measuring jug 50ml max A Beaker 250ml max 2 thermometers Paper towels A kettle to boil water A stopwatch 2 magnifying glasses (8x) 2 corks with a small hole through the centre A test tube rack Preliminary work In my preliminary work, I need to find out how much water to use, whether the tissue should be wet with hot/cold water, how often the readings should be taken, how accurate should the readings be, how many readings should be taken and what my starting temperature should be. My results are as follows. Starting temperature of 40°c Time (secs) Wet towel (°c) Dry towel (°c) 30 36 38.9 60 35 38.5 90 34 37.9 120 33.9 37.5 150 33 37 180 32.6 36.9 210 32.3 36.8 240 31 36.5 270 30.4 36 300 30.3 35.9 Starting temperature of 65°c Time (secs) Wet towel (°c) Dry towel (°c) 30 51.1 53 60 48.2 51.9 90 46.4 51 120 46 50 150 44.3 49 180 42.9 48.4 210 42.6 46.9 240 41.7 48 270 40.2 47.5 300 39.3 47 Starting temperature of 60°c Time (secs) Wet towel (°c) Dry towel (°c)
Does the Colour of a Liquid Effect How Fast it Cools?
476 Words | 1 PagesI then worked out the total temperature loss for each colour and put them into this table:
Thermoregulation Mechanisms
825 Words | 2 PagesThermoregulation mechanisms are essential as uncontrolled body temperature is physiologically detrimental (Martini, Nath, & Bartholomew, 2014, p 990). For example, if body temperature increases above 40°C, it can cause disorientation and above 42°C can cause convulsions, permanent cell damage, breakdown of cellular proteins and eventually death (Campbell, 2011; Martini, Nath, & Bartholomew, 2014, p 990).
Applications Of Differential Calanning Calorimetry (DSC)
953 Words | 2 PagesThe thermoanalytical technique which gives the difference in the amount of heat required to increase the temperature of the sample and the reference is called Differential scanning calorimetry. The difference in amount of heat is measured as function of temperature. Throughout the testing, both the reference and the sample are maintained in same temperature. The sample holder temperature is increased linearly as a function of time. The reference sample should have a well-defined heat capacity over the range of temperatures to be scanned.
Ceramics Analysis
434 Words | 1 PagesFor the first assignment, I read two excerpts from Ceramics Art and Perception and one article from Ceramics Technical, the July 2017 edition. While each article focused on a different aspect of ceramics.
More about Experiment to Find the Specific Heat Capacity of an Aluminium Block
Analysis: Joe Science Vs. The Water Heater
868 Words | 2 PagesNano Thermal Analysis of Pharmaceutical Materials
1158 Words | 3 PagesThe change in enthalpy for the combustion of magnesium metal
1121 Words | 3 Pages6.03 Calorimetry Lab
488 Words | 1 PagesThe link between the number of carbon atoms in a fuel with the amount of energy it releases
2717 Words | 6 PagesChemistry: Magnesium Hydroxide And Citric Acid
984 Words | 2 PagesInvestigation of the Heat Energy Produced by Combustion of Various Alcohols
2704 Words | 6 PagesPhysics of Cooling Lava
853 Words | 2 PagesDetermination of the Enthalpy Change of a Reaction
1680 Words | 4 PagesAMMONIUM NITRATE
560 Words | 2 PagesSweating and Heat Loss Investigation
1663 Words | 4 PagesDoes the Colour of a Liquid Effect How Fast it Cools?
476 Words | 1 PagesThermoregulation Mechanisms
825 Words | 2 PagesApplications Of Differential Calanning Calorimetry (DSC)
953 Words | 2 PagesCeramics Analysis
434 Words | 1 Pages