SW30 @ 1.0 b33)  8?. /-UV-U@ WINDOWS?.-U2/xX%?.-U/@@#2e ?4@j e speedOfSoundu@ calibrationDistance?   pingEchoTime e  Motion Timer Time between motion sensor tick and echo returned from target. Time s $@  -C6? @ Elapsed Time s ?  ư> @  Run #1x( `4K@4K   &1?}EJ? 0*Թ? M? ec]F?Q,J? Cl? M? LJ?,?2M? 333333?[[%XL? ffffff?XCQ? M O?,sM? S㥛?4aO? +?;OnR? y):?tϺFˁN? ^)?d!:J? oT?Z(I? EJY?mi*I? [ A?6Ko.J? K7?d!:J? ŏ1w-!?T^ PJ? w#?GJ? o_Q?{\&K? '?0&N? oT?*g\8P? Zd;O?c wQ? |гY?Q+R? &?׆q&T? m{?8*5{U? ?߾?W? %C?4 ;X? &†W?$xCZ? Fx $?VI[? 8gDio?j]? ZӼ?:f_? K7?]N I`? K=U?]J]2a? H.!?Pyb?  c?sIvc? V/?8+&|d? +ݓ?ie? S?#-#f? T㥛 ?AA)Zg? (?V횐h? >٬\@ùj? lxz,@øDkEk? ^)@ !l? oŏ@_&m? gj+@:fo? ec]\@K|%p? @Uܸp? )\(@GR{q? (\@9y 5r? (\@Fr? \(\@ Es? cZ@ׁsFt? T(@ Qt? position e Position, Ch1&2 istance from motion sensor to target. Time(&sp} %p}\[~}`Qhc[#\[}~hc[\[pH Sensorsor Sensoriffere sial)h}}t}$HNh}BBN}}}H$}}$}*X}H   -C6? @ Position m $@ ? {Gzt? @ A Run #14K4Kf::?݂d?F?>>??   velocity e Velocity, Ch1&2 verage velocity over the last few position measurements. Timeion s   -C6? @ Velocity m/s @  ? @ B Run #1^?q?t{?^ 3x?   acceleration e Acceleration, Ch1&2 verage velocity over the last several position measurements. Timeity ss   -C6? @ Acceleration m/s/s @  ? ? C Run #1 ?.+r-GbdJ?y KI   DMVAR9 positione? DMVAR9  Linear Fit  Time(&sp} %p}\[~}`Qhc[#\[}~hc[\[pH Sensorsor Sensoriffere sial)h}}t}$HNh}BBN}}}H$}}$}*X}H   -C6? @ Position m $@ ? {Gzt? @ I Run #1   Position, Velocity, and Acceleration Graphs = = c ' {31B7B559-FD30-11D0-835B-006097DF6F3A} positione velocitye DMVAR9 acceleratione      uu !K7?"M΢w?#$%&'()+ LegendљT;?/?  ,   -C6-C6?{Gzt{Gzt?0S(hk5@݂d?Yd?*uu !&S#?"'hO?#$%&'()+ Legend%n?g`|?  ,   -C6-C6??0S(hk5@bF޿13?*   !"#$%&'()+ LegendљT;?/?  ,   -C6-C6?{Gzt{Gzt?0S(hk5@݂d?Yd?* Unitialized Fit NameZӼ?r!'>?     uu !"#$%&'()+ Legend;M?g1t?  ,   -C6-C6??0S(hk5@6Jyh)s!@*  Motion Graphs Workbookʤ r r 19M M Activity P04: Position, Velocity and Acceleration Graphs This activity uses a Photogate to study the relationship among position, velocity, and acceleration in linear motion. Refer to the description in the student workbook for Physics for more information.  X)> J Options: Motion Sensor: Trigger Rate = 20 Hz. Sample Rate = 10 kHz.J ;     YYdefghijeeb"AA,-./0P 55$$))e e== Run #1t?40,}<HTX*`l xans Seri4K 04281999094027))XbXXʤ