Please answer the analysis questions with detailed explanations given the data p
ID: 1600589 • Letter: P
Question
Please answer the analysis questions with detailed explanations given the data provided. Thank you very much!
Data Table 1 Area Volume Displaced Diff Object Length Radius (cm volume Aluminum cylinder Co. 3go 2.11o 3.8 24. 13424 a mL O Brass cylinder Co. 25O 1.11 O 3 81 l 2.lt ST9 2 p,o mu -1, 087 Plastic cylinder uo, 31O 1.1 P 25 LA. 173 2 lo. 58 24. om lo, TS NTA N/A N/A NIA NIA Al. Irregular Shape 5 mL. Length Width Object Height Volume Displaced Diff volume cm cm Laio 32.75 27.1 2 L.Om 13.23 Aluminum Block Brass Block Data Table 2 Object Massis WVolume Displaced Calculated Density by Diff Volume Density displacement Aluminum Cylinde S9 24.-124 2 Li gmL 2. Co 9%ra 2. oT 9/mL 217. Aluminum Block Gab.gr 9 2 .1750 2 Lt omL 2.44%ma 2. skr -9. o 24519 25 Om & B29/mu C.-12 Brass cylinder 20 Brass Block Plastic cylinder 12 3 2 up,581 2 LI,Omuo, q%os o,qq 9/mL -1. Al. Irregular Shape Louo, co g N/A 25.OmL MA 2. 9/mu N/A Data Table 3 (LAST NAME NOT Density Volume Buoyancy Mass Increasing BRASS CYL BLASS BLOCK PLASTICExplanation / Answer
Mass list
Volume List:
Density List:
Buoyancy list:
1) No
2) Aluminium block and cylinder have similar density
Brass block and cylinder have similar density
3)
4) Volume list
5) Buoyant force acting on Aluminium block and cylinder are nearly same because they have approximately same volume.
Buoyant force acting on Brass block and cylinder are different because they have different volumes.
Buoyant force acting on Plastic cylinder and Irregular shape is nearly equal because they have approximately same volume.
6) No, they are not probably due to experimental error.
7) See answer 5)
8) Wair - Wwater = Buoyant force
Wwater = 0 (approx)
9) Nearly half because the volume of water displaced is half
10) Volume, since buoyant force is dependent on the volume of water displace by the object.
11) In most cases the buoyant force calculated experimentally is less. Theoritically, it should not be.