SUBJECT: PHYSICS FOR ENGINEERS

TOPIC: FUNDAMENTAL & DERIVED QUANTITIES

NOTE: WRITE THE FULL COMPLETE SOLUTION BASED ON THE GIVEN. COMPLETE THE TABLE.

FIND THE VOLUME AND DENSITY! AND ANSWER THE FOLLOWING QUESTIONS AND CONCLUSION.

I WILL RATE 5 STARS IF THE ANSWERS ARE CORRECT.

1. DIMENSION OF METAL BLOCKS MASS 134 GRAMS

DIMENSIONS OF A METAL BLOCK MASS = 134 g Scale Trial Length Width (mm) Thickness Volume Density (mm) (mm) (g/cm3) Vernier 1 25.1 mm 25.1 mm 25.1 mm 2 26.5 mm 26.5 mm 26.5 mm 3 25.3 mm 25.3 mm 25.3 mm Average 25.63 mm 25.63 mm 25.63 mm Micrometer 1 25.43 mm 25.43 mm 25.43 mm 2 25.39 mm 25.39 mm 25.39 mm 3 25.36 mm 25.36 mm 25.36 mm Average 25.39 mm 25.39 mm 25.39 mm Ruler 1 25.5 mm 25.5 mm 25.5 mm 2 25 mm 25 mm 25 mm 3 26 mm 26 mm 26 mm Average 25.5 mm 25.5 mm 25.5 mm COMPUTATIONS: Indicate below the computation for the Density and Volume.DIMENSIONS OF A METAL SPHERE MASS = 33.2 g Scale Trial Diameter (mm) Volume Density (g/cm3) Vernier 18.4 2 19.2 3 19.1 Average 18.9 Micrometer 1 19.49 2 19.46 3 19.35 Average 19.43 COMPUTATIONS: Indicate the computation for Volume and DensityDIMENSIONS OF A METAL CYLINDER MASS = 7.4g Scale Trial Height (mm) Diameter Volume Density (mm) (g/cm3) Vernier 68.4 19.7 2 68.1 18.7 3 68.2 18.5 Average Metric Ruler 1 74 18 2 73.5 18.5 74.5 19 Average COMPUTATIONS: Indicate the computations for Volume and DensityDIMENSIONS OF A METAL CYLINDER Mass = 7.4g Scale Trial Height Depth Outer Inner Volume Density (mm) (mm) Diameter Diameter (g/cm3) Vernier 1 68.4 65.1 21.2 16.1 2 68.1 59.7 20.1 15.1 3 68.2 66.2 21.8 16.2 COMPUTATIONS: Indicate the computations for Volume and DensityQU ITIONS: 1. in a micrometer caliper, there are 30 smallest divisions in the main scale per inch. One complete turn of the revolving scale that has 20 divisions makes one smallest division on the main scale. What is the smallest possible reading that can be obtained? . Compare the values of different readings as well as the computed values of density and volume using different measuring devices such as the micrometer, vernier, and metric ruler. Which one has an accurate reading? What must be the reason why one should be aware of the room temperature reading? CONCLUSION: 1. In yam general observation, what is the difference between the fundamental quantities and derived quantities