SW30 @ 1.0oo@?$o !)op @@ MACINTOSHo0=`oP"(Dorg ?$@99h %e99h hf99m g  DMVAR2 0\2/ DMVAR3 0\1\  0 e  State, Ch1 Channel 1 State Time s $@  -C6? @ Voltage V @  ? &&  Short range horizontal   /'@ D6@@&&  Mid range horizontal   Aǘ;@ -F@@&&  Long range horizontal   ,Cb@ {Pk@@&&  Short range 30 deg   ec]@ w-!@@&&  Mid range 30 deg   r@ ׁ@@&&  Long range 30 deg 8 L  /Rem oves Ԛ(@ C,@@  1 f  State, Ch2 Channel 2 State Time s $@  -C6? @ Voltage V @  ? &&  Short range horizontal   {@ qΈ@@&&  Mid range horizontal   k g@ Biq@@&&  Long range horizontal   hDio@ 鷯@@&&  Short range 30 deg   u%@ -C6@@&&  Mid range 30 deg   M O@ 1w-!@@&&  Long range 30 deg   ( 9@ Z<@@  2 g  State, Ch3 Channel 3 State Time s $@  -C6? @ Voltage V @  ? VV  Short range horizontal   2@ 48EG@@ cX9H@ tF_@@VV  Mid range horizontal   lV}.@ W@@ MbX@ MJ@@&&  Long range horizontal   MJ @ X2ı @@VV  Short range 30 deg   ):@ y)@@ =U+@ UX@@&&  Mid range 30 deg   V/' @ RQ @@  Long range 30 deg   E@ @@ _I @ K7@@ d]KG@ ec]@@  DMVAR2 I I Time of Flightontal  Timeb"g,F 0L}/ "g,FR /LL5"g,F 7, , ' sǂHآ'Th(ȟUP}gTPrKGP $@  -C6? @ Elapsed Time"g,F 0L}/ "g,FR /LL5"g,F 7, , ' sǂHآ'Th(ȟUP}gTPrKGP   -C6? @ C Short range horizontalgffffF@( ?gffffF@( ?   gffffF@( ? F Mid range horizontal}?5^I@镲 q?}?5^I@镲 q?   }?5^I@镲 q? I Long range horizontal   :pΈ@v/? A Short range 30 degPn@=yX5?Pn@=yX5?   Pn@=yX5? D Mid range 30 degw/@S?w/@S?   w/@S? G Long range 30 degԼ @o_?Լ @o_?   Լ @o_?  DMVAR3 I I Time between Gates  Time) pTpTh(PpT}pTdUhG`%NIG X}MɵH`H7. . hHآ sǂhHآTh(ȟU}PrgTPrKGP $@  -C6? @ Elapsed TimepTpTh(PpT}pTdUhG`%NIG X}MɵH`H7. . hHآ sǂhHآTh(ȟU}PrgTPrKGP   -C6? @ A Short range horizontal   vq @ rh? D Mid range horizontal   uQ@t? G Long range horizontal   8mt@ ? M Short range 30 deg   m4@V-? B Mid range 30 deg   t$@_vO? E Long range 30 deg   x&1@Tt$? DMVAR4 Distance/Time Distance?@  Time DMVAR3  DMVAR4   Initial Speedl Velocity Initial Speed Time) pTpTh(PpT}pTdUhG`%NIG X}MɵH`H7. . hHآ sǂhHآTh(ȟU}PrgTPrKGP $@  -C6? @ Speedl Speed m/s ?  MbP? @ B Short range horizontal   E Mid range horizontal   H Long range horizontal   N Short range 30 deg   C Mid range 30 degTime of Flight vs   F Long range 30 deg  iX Time of Flight Workbookֶɨoַ 0op`*_Dp_p 8ɰɰoo'o 'Long0 ɰo0!   P= LL Activity P37: Time of Flight vs Initial Speed for a Projectile Use two Photogates and the Time of Flight Accessory to determine whether the time of flight of a ball that is launched horizontally over a level surface depends on its initial speed. Refer to the description in the student workbook for Physics for more information.2 2 ilG   Options: Photogates: Distance between photogates = 0.10 m. The Timer feature is used to determine the Time of Flight and the time it takes for the ball to travel between the two photogates -` Time of Flight vs Initial Speedɨoַ 0ɰ`*_Dp_p istance ɰɰoes =o'o ' used determi0 ɰo0@+ 8 8 .a ' {1D3D2003-AD5E-11D1-918B-006008C60881} DMVAR2 DMVAR433l defghikj))P@@Z11Ƶ{έΥss{))P@@Z11Ƶ{έΥss{   deeeSzAA,- ./055 55 ))e e== Short range horizontalDataDDisplays L`` L L૲  05211999121609== Mid range horizontal LRUNTIMEH}8}H}RUNTIME̽ 05211999121834== Long range horizontalTIME²²Stop0ò}<òRH}HòTò`òlòxòòò}òòH}òòò} L 05211999121926== Short range 30 deg߲dղղղ|ղ ֲղ} Lղ L L 05211999122231== Mid range 30 degH}ݲݲ}ݲH}ݲݲ Lݲݲݲ޲TIME L޲J޲ LRUNTIME 05211999122323== Long range 30 deg'&+p'}|'''&New' L* 05211999123122XXXX XX XXXXX@+X!X0~