Heat Food Lab * Purpose: * Understand how to calculate calories per gram from burning food in the laboratory. * Understanding how to use the food nutrition label on the back of the package to calculate the calories per gram. * The calculated calories per gram in the laboratory are compared to the calories per gram that were calculated from the nutrition label. Then the % error and % yield are calculated and displayed in table and in a graph. * Students will be able to create a laboratory report in MS word and a MS power point. * Students will to be able to create a data tables and graphs through Microsoft Excel. Hypothesis: If a better calorimeter is built after each trial, then the % error will decrease and the % yield will increase. * Independent variable: The Initial mass of a Cheeto,
The End Mass of that cheeto, The initial temperature of the Water, The End Temperature of the Water. The Amount of Water that is used in the Experiment( Soda-Can) * Dependent variable: The Percent Error, The Percent Yield, calories per Gram. * Trials: 3 sets, And 3 Trials for each set; Total of 9 Trials * Constant: Shape; Form of the can, Glass Flask (200 ml), Form/ Shape of the Thermometer. Control: The Accepted Value Calories (160000), Grams Per Serving (28g), calories per Gram ( 5714): Estimate] Part 1 Table 1:Data| | Temp Initial| Temp. Final| Mass of Chip(Start)| Mass of Chip(After Burn| Temp of H2O after Burn| Calories | Serving Size| Volume of H2O (ml)| Trial #1| 10| 11| 1. 19| 0. 19| 14| 160| 28| 200| Trial #2| 11| 14| 1. 17| 0. 16| 14| 160| 28| 200| Trial #3| 9| 14| 1. 05| 0. 15| 14| 160| 28| 200| Explanation: The Table Above, Shows the Initial and End Temperature of the Water, and The Changes in mass of the Cheeto(Chip).
The Essay on What Are Calories?
A calorie is a measure of energy. It is scientifically described as being the amount of energy required to raise the temperature of one gram by one degree Celsius. Calories of a food can also be recognized as a kilocalorie, or one thousand-calorie unit. In order for your body to grow, your body is required to have certain amounts of energy, or calories, depending on your age and height. For ...
This Table also shows the Calories, Serving Size and The Volume of H20 used in this experiment. Table 2: Accepted Value| | Calories | Grams per serving| calories per Gram| Trial #1| 160000| 28| 5714. 285714| Trial #2| 160000| 28| 5714. 285714| Trial #3| 160000| 28| 5714. 285714| | | Average| 5714. 285714| Explanation: Table two Shows the Calories, Grams per Serving, and calories per Gram. Table 3 Measured Value| | Mass of the Cheap| Change Temp. | Specific heat of H2O| Mass of H2O (g)| Heat (cal. )| Heat(cal. )/g| trial 1| 1| 1| 1| 200| 200| 200| rial 2| 1. 01| 3| 1| 200| 600| 594. 059406| trial 3| 0. 9| 5| 1| 200| 1000| 1111. 11111| | | | | | Average| 635. 056839| Explanation: This Table above Shows the Measured Value’s of The Mass of The Chip, The Change in Temperature, The Specific Heat of H20, The Mass of H20, The Heat (cal), And Heat (cal)/ Gram Table 4 Average Value| | % Error| % Yield| | -88. 88650532| 11. 113495| Explanation: The Table Above Shows the Average Value; The percent error and The percent yield of The Experiment. Part 2 Table 1:Data| | Temp Initial| Temp.
Final| Mass of Chip(Start)| Mass of Chip(After Burn| Temp of H2O after Burn| Calories | Serving Size| Volume of H2O (ml)| Trial #1| 24| 31| 1. 94| 0. 35| 14| 160| 28| 200| Trial #2| 22| 25| 1. 04| 0. 26| 14| 160| 28| 200| Trial #3| 9| 14| 1. 05| 0. 15| 14| 160| 28| 200| Explanation: The Table Above Presents the Initial Temperature and Mass, Also the End Of the Temperature and Mass, The amount of Calories, The serving Size, and the Volume of h20(200ml).
Table 2: Accepted Value| | Calories | Grams per serving| calories per Gram| Trial #1| 160000| 28| 5714. 285714| Trial #2| 160000| 28| 5714. 285714|
Trial #3| 160000| 28| 5714. 285714| | | Average| 5714. 285714| Explanation: The Table above shows the Amount of Calories , Grams Per serving , And Calories Per Gram. Table 3 Measured Value| | Mass of the Cheap| Change Temp. | Specific heat of H2O| Mass of H2O (g)| Heat (cal. )| Heat(cal. )/g| trial 1| 1. 59| 7| 1| 200| 1400| 880. 5031| trial 2| 0. 78| 3| 1| 200| 600| 769. 2308| trial 3| 0. 9| 5| 1| 200| 1000| 1111. 111| | | | | | Average| 920. 2817| Explanation: This table show the mass of the cheap after burned, changing temperature, and many more that we measure Table 4 Average Value| % Error| % Yield| | -83. 8951| 16. 10492931| Explanation: The Table On the Left shows the Average; Percent Yield and Percent Error. | PART 3| | | | | | | | Table 1:Data| | Temp Initial| Temp. Final| Mass of Chip(Start)| Mass of Chip(After Burn| Temp of H2O after Burn| Calories | Serving Size| Volume of H2O (ml)| Trial #1| 21| 26| 0. 54| 0. 06| 14| 160| 28| 200| Trial #2| 19| 25| 0. 79| 0. 17| 14| 160| 28| 200| Trial #3| 19. 5| 27| 1. 1| 0. 15| 14| 160| 28| 200| Explanation: The Table Above shows the Temperatures, The masses, the amount of Calories, The Serving Size, The Volume of H20.
The Essay on Lab: Specific Heat Capacity
Aim: i) To find the relationship between supplied energy and change in temperature of water. ii) To find the specific heat capacity (SHC) of water. Hypothesis: As time increases so does the temperature since the water is exposed to the heated wire for a longer period of time. Variables: The Dependent Variable is the temperature of the water, and since the Energy is calculated using temperature it ...
Table 2: Accepted Value| | Calories | Grams per serving| calories per Gram| Trial #1| 160000| 28| 5714. 286| Trial #2| 160000| 28| 5714. 286| Trial #3| 160000| 28| 5714. 286| Explanation: The Table Shows the Calories, The Grams per serving, and the calories per gram. Table 3 Measured Value| | Mass of the Cheap| Change Temp. | Specific heat of H2O| Mass of H2O (g)| Heat (cal. )| Heat(cal. )/g| trial 1| 0. 48| 5| 1| 200| 1000| 2083. 333| trial 2| 0. 62| 6| 1| 200| 1200| 1935. 484| trial 3| 0. 95| 7. 5| 1| 200| 1500| 1578. 947| | | | | | Average| 1865. 922|
Explanation: The table above shows The Mass of The Chip The Change of Temp The Specific heat of H20 the mass of H20, The Heat (cal) the Heat (cal)/Gram Table 4 Average Value| | % Error| % Yield| | -67. 3464| 32. 65363| Explanation: Explanation: The Table of Shows the Percent Error and Percent Yield. Calculation: I)Accepted Value 160000/28g =5714. 289cal/g 1serving | 28g| | 1serving| =28g 160Cal| 1000cal| | 1Cal| =160000cal 1)2)3) II)Measured Value 1)Mass of the cheap ===1. 19-0. 19=1g 2) T=Temp . final –temp Initial==== 14°C-10°C=4°c 3) 200ml| 1g| | 1ml| =200g Water 4)Specific heat of water = 1Cal/g°C ) T=CM T =1(200)(4)=800cal/g 6)800cal/1g=800cal/g 7)Average880. 5031+769. 2308+769. 2308=920. 2817 Set 1 can In our First Trial of the First part in our experiment, Jerick and I tried out this method of burning. This method only gave us inaccurate results and we had to develop a better System, Rig or Build. The Reason why we were unable to achieve better Data, was that we were losing heat from multiple attempts of burning. C C In our Second Set we’ve made Way a Better Calorimeter, We’ve used different materials, Also we’ve used two cans, and Even used Aluminum Foil.
The Term Paper on Insulation Experiment
Why will insulators affect how long a test tube of hot water stays hot? Background Information I know that there are many different ways of insulating this test tube, shiny foil can be used because it’s a poor emitter of radiation and it will reflect escaping heat by reflecting, because this method is used in flasks to keep hot drinks warm. Though it is a good conductor so will lose heat ...
Set 2 Can BC A Set 3 Can In our third set I’ve built A calorimeter that’s different from the Other two That I’ve made. With this we were able to achieve much better results and more idea’s added onto the experiment. | %Error| %Yeild| Part 1| -88. 8865| 11. 11349| Part 2| -83. 8951| 16. 10493| Part 3| -67. 3464| 32. 65363| Graph Paragraph The Graph Above is measuring the differences in the Accepted, Average, and measured Values of this experiment. I’ve set the Graph in an orderly fashion, only using one graph for both the Percent Error and Percent Yield.
I’ve achieve both Very Low and Very high Values in Both Percent Error and Percent Yield. In percent yield the Lowest Value in 11. 11%, in percent error the highest is 88. 88%. The Trend I’ve noticed In this experiment would be the Positive trend shown in the Graph(s).
In the End I realized that Building a better Calorimeter will only set you off in many different directions, Although in all of My Trials, I did achieve better results. Conclusion This Experiment was to Understand how to calculate calories per gram from burning food in the lab.
The major findings Of the entire experiment was that I had found that You can possibly Boil Water While using Chips as your source of Fire. The Data did approve and It definitely helped my whole experiment. I didn’t expect the Spontaneous Burnings, to produce that Much Smoke, I really think that most of the smoke came from burning the tape, or the can itself. Anything to improve this experiment would be the use of better materials and something better than a Tin Can. For further Studies I’d recommend a Clean workspace, Better tools and Much more Fluent Burning in this Experiment.
