K M N 0 p Q R .... A B C D E G H 100.15 8_73 XXXXXXXXXX10_65 XXXXXXXXXX Charles Law 4 190_ XXXXXXXXXX • - • XXXXXXXXXX19-54 I l y = 0_01!72x - 0_ XXXXXXXXXX XXXXXXXXXXt XXXXXXXXXX17 35 ~--I-'--' - T...

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K M N 0 p Q R .... A B C D E G H 100.15 8_73 2 122.15 10_65 159.15 13-87 Charles Law 4 190_15 16-58 • - •- 0 45 - -5 224.15 19-54 I l y = 0_01!72x - 0_002 38-29 260.15 22.681 40 - t- 5( 6 7 300.15 26.17 35 ~--I-'--' - T 8 326.15 28-44 359.15 3L31 0 _L 28-44 9 a 30 -10 387-15 33_76 :Ls 11 410-15 35_75 -+ -r- 1 .. 439.15 38_29 .. 0 12 § 20 13 0 14 > 15 15 16 10 17 18 0 -1--19 -<> - 0 0 0 0- • • 0 0 0 50 100 150 200 250 300 350 400 450 500 20 22._. Tempera ture (K) 22 0 Sheet l Sheet2 I Sheet3 I Sheet4 I Sheets I © Ready n T ,,~~ 1-. ___ ..1111 A B C D E 1 F G H I J K L M N 0 I p I Q I R I 1 8 64.31 I I 2 9_6 53_59 : 3 14-2 36-23 I I 4 16 32-16 - 17-3 29_74 . . ................... . .. !""' .• •••••••••• • ------··· · ·--·-· · · ---- ---.. 5 ! Boyles Law plot V ~s P Gas 1 r 23-2 22-18 >- 6 •- --------------------• 7 24-2 21.26 70 ~ -"' --- >- 26_8 19-2 I y = -J __ 6185x + 64.64 -8 . 60 • 3:59 --- -+- R' = O.~ 9 29_7 i 17.32 I 10 31 16.6 50 - - ---+-- - "..:..!.t..~ -- - - ------ J:--- -t - >- ,- -- 11 f-- ~ 5-5-9+ - ---····3e~ -- - ,- - - 40 -' - - -12 34.2 15.04 3l:~J74 ..... _ ,_ - --t -- f---H ) ) 13 30 - ···-----, .. 22,~ ~ --- .. !?..:_,_ - --+- - - -14 11-346.6 - -- 20 -- _15_515c04--. - 1 -~ ,__ I ······- ~--::-::: 10 -~ -- 17 - 18 0 - 0 19 5 10 15 20 25 30 35 40 zo] Volume (ml) 21 I -- 2~ _i-,_ I Sheetl 1 Sheet2 j Sheet3 I Sheet4 I Sheets I (±) .--,- "' A B C 1 8 64.3 1 0.01555 -,. 2 9.6 53.59 0.01866 3 142 36.23 0.027601 4 16 32. 16 0 .031095 --I- 5 17.3 29.74 0 .033625 6 23.2 22.18 0 .045086 --7 24.2 21.26 0 .047037 8 26.S 19.2 0.052083 9 29.7 17.32 0 .057737 10 31 16.6 0 .060241 11 33 15.59 0 .064144 12 34.2 15.04 0 .066489 13 m 5 1~ 17 ,s7 19 20 2 1 22 ,,, Sheetl I Sheet2 Ready D E ' F G H L i j- 0 .07 I 0 .06 0.05 I " 0 .04 --~J t 0 .03 0 .02 0 .01 - . I 0 0 -I Sheet3 Sheet4 j Sheets I (±) J K L M • ···································· ······································i, ! Boyles Law Plot V vs 1/ P Gas 111 • ···················---···································~ j: y= 0.~ ~ -4E:°6 \ - ----+----t . [.l.-~.--1 ··r --+--'~ _J _ 1 _ _ + _ _ . -! . ' 1._L I I I I N t- r --···-· - -i- I --,...---·-- ... L 5 10 15 r · . •t•.., -. .... . .. . , ,,. I . 20 Volum e ,1.. -··-···- 25, 30 0 p --- ··· I ----- 35 . 40 1.•I~====-~,,---,,,,,,;.!' . :-.:l,_;_,_ _____ .L~~--------~-=~---~==-====,,..,--~~==-~=~~~-------------~ A 8 2 9.8 3 12.2 4 16.4 20 6 24.8 7 26.9 8 28.2 9 29.2 10 31.2 11 32.4 ---a 12 33.4 13 14 15 16 ul 1E Re ady B C 64.31 52.5 42.17 31.37 25.73 20.75 19.13 18.24 17.62 16.491 15.88 15.4 D E ' _J_-+- \ Sh eet1 \ She et2 \ Sheet3 Sheet4 Sheets G H K M N 0 p ! Boyles Law Plot V VS P Gas 21 70 ,-------,-------------------- - - 64.31 60 50 40 30 20 10 0 10 15 -L~ __ y= -l.6802x + 66.454 ····•·· R2 =0.8886 I 20 Volume 25 30 Averag~: 25, 50375 Count:: 24 Sum: 61 2.09 Q R s --- -----< i ·•-. 35 40 !!ll ifill fej - '-- a a b c d 1 8 64.31 0.01555 / i 52.51 0.019048 -- - 2 9.8 , 3 12.2 42.17 0.023714 -=i 4 16.4 ~ .031878 5 20 25.73 ~ 8865 ------ 6 24.8 20.75 0.048193 7 26.9 19.13 0.052274 - -- 8 28.2 18.24 0.054825 9 29.2 17.62 0.056754 10 31.2 16.49 0.060643 11 32.4 15.88 0.062972 12 33.4 15.4 0.064935 1~ 14 15 16 1 17 18 19 20 a 21 i 22 1' sheetl sheet2 sheet3 e f g i - -t -,. -+ + --+ -t-=-r~ --+ 0.07 0.06 0.05 004 . ~003 d,, . 0.02 0.01 0 sheet4 sheets 0 h 0 10 k m n 0 boyles law plot v vs 1/pressure gas 2 y = 0.0019x - 4f-06 r'= 1 15 20 voiume 25 p q 30 35 i="" ·•-.="" 35="" 40="" !!ll="" ifill="" fej="" -="" '--="" a="" a="" b="" c="" d="" 1="" 8="" 64.31="" 0.01555="" i="" 52.51="" 0.019048="" --="" -="" 2="" 9.8="" ,="" 3="" 12.2="" 42.17="" 0.023714="" -="i" 4="" 16.4="" ~="" .031878="" 5="" 20="" 25.73="" ~="" 8865="" ------="" 6="" 24.8="" 20.75="" 0.048193="" 7="" 26.9="" 19.13="" 0.052274="" -="" --="" 8="" 28.2="" 18.24="" 0.054825="" 9="" 29.2="" 17.62="" 0.056754="" 10="" 31.2="" 16.49="" 0.060643="" 11="" 32.4="" 15.88="" 0.062972="" 12="" 33.4="" 15.4="" 0.064935="" 1~="" 14="" 15="" 16="" 1="" 17="" 18="" 19="" 20="" a="" 21="" i="" 22="" 1'="" sheetl="" sheet2="" sheet3="" e="" f="" g="" i="" -="" -t="" -,.="" -+="" +="" --+="" -t-="-r~" --+="" 0.07="" 0.06="" 0.05="" 004="" .="" ~003="" d,,="" .="" 0.02="" 0.01="" 0="" sheet4="" sheets="" 0="" h="" 0="" 10="" k="" m="" n="" 0="" boyles="" law="" plot="" v="" vs="" 1/pressure="" gas="" 2="" y="0.0019x" -="" 4f-06="" r'="1" 15="" 20="" voiume="" 25="" p="" q="" 30="">
Answered Same DayApr 21, 2021

Answer To: K M N 0 p Q R .... A B C D E G H 100.15 8_73 XXXXXXXXXX10_65 XXXXXXXXXX Charles Law 4 190_...

Payal answered on Apr 21 2021
150 Votes
1) According to the Charles law when a particular gas is heated by increasing its temperature the volume of the gas expands. This relationship can be depicted in the form of a below graph along with the equation. The R2 in the below figure indicate the correlation or the association between the Temperature and the Volume of the gas. It can be seen that in the below case the R2 =1, which means the there is a perfect positive relationship between the temperature and the volume of the gas. In other words, the proportion in which volume of a gas increases is same as the proportion increase in the temperature.
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