Density data sheet and lab report template(2)

xlsx

School

University of South Florida, Tampa *

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Course

2053

Subject

Mechanical Engineering

Date

Dec 6, 2023

Type

xlsx

Pages

8

Uploaded by KidSummerQuail28

Report
Density of solid Measuring the Mass Cube Mass (digital) (g) Mass (Balance Scale) (g) Determining the Volume Cube Method Length L (cm) Meter Stick Caliper Cylinder Method Ridius R (cm) Meter Stick Caliper Calculate the Density Density of water Volume1= ( ?×𝑊×? ) ?? ^3 ±( ) ∆? ?? ^3 ∆?1=?1√((∆?/?)^2+(∆𝑊/𝑊)^2+(∆?/?)^2 ) Volume2= ( 𝜋𝑅^2×? ) ?? ^3 ±( ) ∆? ?? ^3 ∆?2=?2√((∆𝑅/𝑅)^2+(∆𝑅/𝑅)^2+(∆?/?)^2 ) Density1 = ( ? ) g/ ?? ^3 ±(∆ ? ) "g/ " ?? ^3 Density2= ) g/ (? ?? ^3±( ) ∆? "g/ " ?? ^3 ∆? √(( )^2+( )^2 ) =? ∆?/? ∆?/?
Height of fluid (cm) Diamter of cylinder (cm) H1 D H2 D H3 D H4 D H5 D Questions Figure : Mass vs vol 1. Put the title 2. Add the axis title 3. Draw the trendlin 4. Provide the equa 5. Read the slope o 1. For the density of solid measurement, are the densities of two objects are similar? why 2. For the density of the water, calculate the discrepency difference between your measu (Bonus +1) 3. If you have the solid with irregular shape, how do you measure the density
Cylinder Uncertainty (∆m) Width W (cm) Height H (cm) Uncertainty ( =∆W=∆H) (cm) ∆? Height H(cm) Uncertainty (∆R=∆H) (cm)
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Area of the bottom (cm^2) Volume (cm^3) Mass of cylinder (g) lume e and use the correct unit ne ation and R^2 of the trendline of the trendline as the density. y? urement and the theoretical value (1 g/cm^3). Explain which factors lead to the error. y of that by using the tools in the lab?
Choose either method, save the significant feature to 0.01. Put the uncertainty from ± 0.01~0.05 b method you use. Choose either method , save the significant feature to 0.01. Put the un method you use. Choose either method, save the significant feature to 0.01. Put the uncertainty from ± 0.01~0.05 method you use. Density of copper (theoretical value) = 8.96 g/cm^3 (From Wiki .... )
Mass of cylinder+fluid (g) Mass of fluid (g) Put the water into the cyl Choose 5 different height H1~ H5 and measure the corresponding masses of Record the data and use function to plot the figure volume)
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based on which ncertainty from ± 0.01~0.05 based on which based on which
linder cup. ts of water e f the water. the LINEST e (mass vs