5BL (Remote) Lab 3 Assignment - Sama Suliman

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University of California, Los Angeles *

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5B

Subject

Mechanical Engineering

Date

Jan 9, 2024

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pdf

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8

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'(/ ±5emote² /ab ° &'ssignment ±6ama 6uliman³ ´´µ µ¶°³ /ab -´²· /03257&'17% 7he following alternative lab assignment±s² is±are² only accepted from students with excused absences and written approval from their /ab 7&'· &'ny other submissions of the activities below ±in whole or in part² will not be accepted for credit· 3lease refer to the latest lab syllabus for the excused absence policies·
D]QSZNPUIVJL ° ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL ²³%% &' table of your pressure vs height data in air· 0easure at least ° points· .eight ±in² 3ressure ±h3a² ¸ #"¶·¹  ¸ #"¶·¸¶ ´¸¸ #"´· 
D]QSZNPUIVJL ´ ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL °³%% &' plot of pressure vs height in air ±similar to figure ¶² 3ressure±h3a² .eight±in²
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D]QSZNPUIVJL µ ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL ´³%% ()alculation of the air density for your pressure measurements· p("# #"¶·¸¶ º #"¶·¹ ("#º¸·¹° p("# #"´·  º #"¶·¹ ("#º¸·$ ("# ǻS ° ±fǻK² ("# ¹°3aµ ±$·#mµsA¶»´·¶"m² ("# °·¹ kgµmA° h("# ¸ in º ¸ in ("#º ¸ in h("# ¸ in º ´¸¸ in ("#º´¸¸ in ¸ in ("# ´·¶" m ´¸¸ in ("# ¶· ¹ m ¸·¹°h3a ("# ¹°3a ¸·$h3a ("# $¸3a ("# ǻS ° ±fǻK² ("# $¸3aµ ±$·#mµsA¶»¶· ¹m² ("# °·!¶ kgµmA° »)*ifferent from actual air density³ could be due to phone measuring tool for pressure and for height³ human error»
D]QSZNPUIVJL ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL µ³%% ()alculation and proper unit conversions to show that your measured change in pressure with altitude ±e·g·³ slope of your trendline² is consistent with the standard pressure lapse rate of ´” of mercury ±´ in.g² for each ´¸¸¸ ft of altitude· 7he standard atmospheric pressure in inches of mercury is ¶$·$¶ in.g· 0y air density³ and therefore trendline are off³ / am not sure if it is due to my device or where / am· )*ue to this the calculations are not consistent with the standard atmospheric pressure of mercury·
D]QSZNPUIVJL !! ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL ³%% &' photograph of your setup for the underwater pressure ±measurement ¶²·
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D]QSZNPUIVJL "" ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL !!³%% &' table of your pressure vs water level data in water·0easure at least ° points· .eight ±cm² 3ressure ±h3a² ¸ $#´·"° $#°·¸¶ ¹ $#¹·#$
D]QSZNPUIVJL ## ±/)VJL]QSZNP[]]VJLWYYRSG]QSVJL ""³%% &' plot of pressure vs depth in water ±similar to figure ²· 3ressure±h3a² .eight±cm²