noulo Part B. Volume Measurements holes Length 9.13 cm Width 1.98 cm not Aluminum bar noth nadut Height 0.78 cm 22 okas Volume of Al bar = (2sf) Initial Volume of 15.0 ml ltulosuta nonulae z Water Glass sphere Final Volume of Water 17.2 ml holoo Volume of glass sphere = (1dp) (0 H &lesin e) egblu on imeb nind bne o Part C: Density of bar and sphere Density of Al = __g/cm^3 (2sf due to limitation from volume) Density of glass = g/mL (2sf due to limitation from volume) %3D

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Chapter1: Units, Trigonometry. And Vectors
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Density

cJe0 del via lesimedo bns Isatzy9
Density Dry Lab Data
1o eaneeogA
Part A. Mass Measurements
anoidevsado
Jeian vovi
nodulbe 22holco
(OH bns g) A
Aluminum bar = 40.8876 g
%3D
Glass sphere = 5.4301 g
Jaarn tovlie yni2
nohulus suld
Part B. Volume Measurements
moholoz su
Length 9.13 cm oles
Width 1.98 cm noltutce
Height 0.78 cm
Aluminum bar
Volume of Al bar =
(2sf)
%3D
notuloe
Initial Volume of
Water
Jes
15.0 mL
Glass sphere
Final Volume of
Water
notulga 2
23
17.2 ml
Volume of glass sphere =
(1dp)
1abwog
arb bne
Part C: Density of bar and sphere
Density of Al = __g/cm^3 (2sf due to limitation from volume)
Density of glass =
g/mL (2sf due to limitation from volume)
%3D
Part D. Density of Water
Leave Buret A and Buret B volumes blank.
Mass of empty Erlenmeyer flask (g)
25.6722
Trial 1
Volume of water added (mL)
Total mass of water and flask for trial 1 (g) 30.7198
4.98
Mass of water Trial 1:
Density of water Trial 1:
g/mL
Trial 2
Volume of water added (mL)
10.03
Total mass of water and flask for trial2 (g) 35.8009
Mass of water Trial 2:
Density of water Trial 2:
g/mL
Trial 3
Volume of water added (mL)
14.97
Total mass of water and flask for trial 3 (g) 41.2901
Mass of water Trial 3:
Density of water Trial 3:
g/mL
Trial 4
Volume of water added (mL)
20.12
Total mass of water and flask for trial 4 (g) 45.9907
Mass of water Trial 4:
g/mL
Density of water Trial 4 :
Trial 5
Volume of water added (mL)
25.12
Transcribed Image Text:cJe0 del via lesimedo bns Isatzy9 Density Dry Lab Data 1o eaneeogA Part A. Mass Measurements anoidevsado Jeian vovi nodulbe 22holco (OH bns g) A Aluminum bar = 40.8876 g %3D Glass sphere = 5.4301 g Jaarn tovlie yni2 nohulus suld Part B. Volume Measurements moholoz su Length 9.13 cm oles Width 1.98 cm noltutce Height 0.78 cm Aluminum bar Volume of Al bar = (2sf) %3D notuloe Initial Volume of Water Jes 15.0 mL Glass sphere Final Volume of Water notulga 2 23 17.2 ml Volume of glass sphere = (1dp) 1abwog arb bne Part C: Density of bar and sphere Density of Al = __g/cm^3 (2sf due to limitation from volume) Density of glass = g/mL (2sf due to limitation from volume) %3D Part D. Density of Water Leave Buret A and Buret B volumes blank. Mass of empty Erlenmeyer flask (g) 25.6722 Trial 1 Volume of water added (mL) Total mass of water and flask for trial 1 (g) 30.7198 4.98 Mass of water Trial 1: Density of water Trial 1: g/mL Trial 2 Volume of water added (mL) 10.03 Total mass of water and flask for trial2 (g) 35.8009 Mass of water Trial 2: Density of water Trial 2: g/mL Trial 3 Volume of water added (mL) 14.97 Total mass of water and flask for trial 3 (g) 41.2901 Mass of water Trial 3: Density of water Trial 3: g/mL Trial 4 Volume of water added (mL) 20.12 Total mass of water and flask for trial 4 (g) 45.9907 Mass of water Trial 4: g/mL Density of water Trial 4 : Trial 5 Volume of water added (mL) 25.12
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