SW30 @ 1.0 b33'  8 */+T7G+T @ WINDOWS+T<NxX%+TNF@#f 4@$@k :re divisions@ linearCalDistance ףp= ? linearCalDivisions@ qfUU light $@Y@ H) rotationCounts e)) Rotation Counts Two-Channel Rotary Counter Time s $@  -C6? @ Count Counts/Sample @@ @ ? v#v#  Run #1    ? ? 333333? ? ? 333333? ffffff? ? ? ? ? 333333? ? gfffff? ? ? 533333? ? ifffff? ? ? ? hfffff? 533333? ? ? ?@ ifffff? 633333?? ? ? ?@ jfffff?@ 733333? @ ?*@ ?.@ ?2@ kfffff?9@ 833333?@@ @?@ hfffff@=@ @<@ 433333@=@ @@@ @@@ ffffff@?@ @@@ 233333@@@ @<@ @@@ dfffff@@@ @@@ 033333@?@ @>@ @>@ bfffff@@@ @@@ .33333@?@ @@@ @?@ `fffff@A@ @A@ ,33333 @B@ @B@ @=@ ^fffff @=@ @?@ *33333 @?@ @@@ @?@ \fffff @A@ @A@ (33333 @A@ @C@ @C@ Zfffff@D@ @D@ &33333@C@ @D@ @D@ ,33333@F@ _fffff@E@ @E@ @D@ @F@ +33333@F@ ^fffff@D@ @D@ @C@ @B@ *33333@B@ ]fffff@B@ @A@ @B@ @B@ )33333@C@ \fffff@D@ @E@ @D@ @C@ (33333@C@ [fffff@B@ @@@ @?@ @>@ '33333@?@ Zfffff@?@ @>@ @@@ @>@ &33333@=@ Yfffff@>@ @<@ @=@ @<@ %33333@=@ Xfffff@:@ @<@ @<@ @?@ $33333@>@ Wfffff@>@ @?@ @@@ @B@ #33333@B@ Vfffff@C@ @D@ @D@ @C@ "33333@D@ Ufffff@D@ @C@ @D@ @D@ !33333@B@ Tfffff@@@ @@@ @@@ @@@ 33333@B@ Sfffff@@@ @A@ @A@ @B@ 33333@C@ Rfffff@C@ @D@ @D@ @D@ 33333@F@ Qfffff@F@ @F@ @H@ @I@ 33333@F@ Pfffff@C@ @B@ @@@ @<@  @?@ (33333 @C@ L @C@ \fffff @C@  @D@ @@@ *3333 @;@ @2@ ^ffff @6@ @0@ !@7@ ,33333!@=@ L!@@@ `fffff!@;@ !@:@ !@6@ .3333!@:@ !@?@ bffff!@A@ !@B@ "@B@ 033333"@C@ L"@B@ dfffff"@A@ "@B@ "@B@ 23333"@B@ "@B@ fffff"@B@ #@B@ #@D@ 433333#@D@ L#@B@ hfffff#@D@ #@D@ #@E@ 63333#@E@ #@G@ jffff#@I@ $@G@ $@E@ 833333$@E@ L$@F@ lfffff$@G@ $@E@ $@B@ :3333$@B@ $@E@ nffff$@I@ %@K@ %@N@ <33333%@L@ L%@H@ pfffff%@C@ %@@@ %@@@ >3333%@C@ %@C@ rffff%@D@ &@E@ &@C@ @33333&@B@ L&@C@ tfffff&@C@ &@D@ &@D@ B3333&@C@ &@C@ vffff&@C@ '@C@ '@D@ D33333'@D@ L'@C@ xfffff'@D@ '@C@ '@@@ F3333'@?@ '@?@ zffff'@A@ (@A@ (@A@ H33333(@D@ L(@K@ |fffff(@L@ (@C@ (@A@ J3333(@@@ (@A@ ~ffff(@C@ )@D@ )@C@ L33333)@B@ L)@A@ fffff)@@@ )@B@ )@C@ N3333)@D@ )@E@ ffff)@F@ *@C@ *@>@ P33333*@:@ L*@>@ fffff*@A@ *@E@ *@F@ R3333*@A@ *@<@ ffff*@>@ +@B@ +@G@ T33333+@G@ L+@B@ fffff+@@@ "+@=@ +@:@ V3333+@7@ +@5@ ffff+@5@ $,@3@ ,@5@ X33333,@7@ L,@;@ fffff,@@@ &,@C@ ,@C@ Z3333,@B@ ,@A@ ffff,@A@ (-@A@ ™-@A@ \33333-@C@ L-@D@ fffff-@F@ *-@E@ ę-@E@ ^3333-@H@ -@H@ ffff-@F@ ,.@H@ ƙ.@K@ `33333.@K@ L.@H@ fffff.@H@ ..@I@ ș.@P@ b3333.@@V@ .@U@ ffff.@@P@ 0/@J@ ʙ/@:@ d33333/@@ L/@ fffff/@ 2/@ ̙/@ f3333/@? /@ ffff/@? 0@ 0@ 0@ ffff&0@ N333330@ @0@ L0@ Y0@ fffff0@ O3333s0@ 0@ ̌0@ 0@ ffff0@ P33330@ 0@ 0@ 0@ ffff0@ Q33330@ 1@ 1@ 1@ ffff&1@ R333331@ @1@ L1@ Y1@ fffff1@ S3333s1@ 1@ ̌1@ 1@ ffff1@ T33331@ !1@ 1@ 1@ ffff1@ U33331@ "2@ 2@ 2@ ffff&2@ V333332@ #@2@ L2@ Y2@ netCounts e Rotation Counts, Ch1&2 Sum of counts between the two rotary motion channels. Timeb ?V [p 16DataStudio<Ȃୁ魁T魁ୁ9ୁ s??>7 P_XD?? >ୁT-$< ? }   -C6? @ Rotation Counts counts @@ @ ?   Run #1   angularPosition e Angular Position, Ch1&2 Net change in angular position from initial position. Timeion Counts sunts   -C6? @ Positionosition mg ?  333333? ?  Run #1   angularVelocity e Angular Velocity, Ch1&2 Average angular velocity over the last few position measurements. Timear Position sg   -C6? @ Angular Velocity deg/s v@ v ? ?  Run #1   angularAcceleration e Angular Acceleration, Ch1&2 Average angular acceleration over the last few position measurements. Timear Velocity sg/s   -C6? @ Angular Acceleration deg/s/s Y@ Y ?   Run #1   angularPositionRad e Angular Position, Ch1&2 Net change in angular position from initial position. Timear Acceleration sg/s/s   -C6? @ Angular Position rad @  {Gzt? @  Run #1   angularVelocityRad e Angular Velocity, Ch1&2 Average angular velocity over the last few position measurements. Timear Position sd   -C6? @ Angular Velocity rad/s @  {Gz? @  Run #1   angularAccelerationRad e Angular Acceleration, Ch1&2 Average angular acceleration over the last few position measurements. Timear Velocity sd/s   -C6? @ Angular Acceleration rad/s/s @  {Gz? @  Run #1   position e Position, Ch1&2 Net change in linear position from initial position. Timear Acceleration sd/s/s   -C6? @ Position m @  {Gzt? @ A Run #1   velocity e Velocity, Ch1&2 Average velocity over the last few position measurements. Timeion s   -C6? @ Velocity m/s @  {Gz? @  Run #1   acceleration e Acceleration, Ch1&2 Average acceleration over the last few velocity measurements. Timeity ss   -C6? @ Acceleration m/s/s @  ? @  Run #1  H) Voltage f)) Voltage, ChA Voltage measured on channel A. Time s $@  -C6? @ Voltage V $@ $ {Gzt? @v#v# D Run #1+Qpk\ L    ^G? ?JG? ?JG? 333333?TG#? ?rG? ?^G? 333333?^G? ffffff?^G? ?^G? ?TG#? ?@G#? ?^G? 333333?@G#? ?@G#? gfffff?@G#? ?^G? ?^G? 533333?6G? ?@G#? ifffff?@G#? ?JG? ?6G? ?@G#? hfffff?,G#? 533333?@G#? ?JG? ?6G? ?G#? ifffff?G#? 633333?G? ?G#? ?0H$ ? ?H$? jfffff?G#? 733333?G#? ?F#? ?RD)? ?BH!? kfffff?8@ ? 833333?{=? @pv8;? hfffff@q8k? @m6q? 433333@r? .33333@hy@? _fffff@xP<(? @ v;? @`r09? @nx7? +33333@k5? ^fffff@Pi4T? @fh3? @Pd(2? @ b1? *33333@P_/? ]fffff@^/? @[-? @PZ(-? @pX8,? )33333@0W+? \fffff@U*@? @Rh)? @PP((? @O'? (33333@M&`? [fffff@K%? @I$p? @ I$H? @Hh$4? '33333@@G#? Zfffff@F#? @E"D? @C!? @Bp!? &33333@@B !? Yfffff@PA T? @`@0 ? @@~ ?? @}>h? %33333@}>@? Xfffff@y@? \fffff @{=?  @{=? @x<? *3333 @@y3333%@H@$ ? %@@G#С? rffff%@F#? &@F#? &@D`"0? @33333&@D`"0? L&@C!? tfffff&@@B !? &@C!? &@A @? B3333&@?? &@@B !? vffff&@}>@? '@A @? '@?? D33333'@}>@? L'@x<? xfffff'@}>@? '@x<? '@s9? F3333'@x<? '@x<? zffff'@x<? (@u:`? (@x<? H33333(@s9? L(@u:`? |fffff(@s9? (@n7? (@n7? J3333(@u:`? (@n7? ~ffff(@׀k5? )@׀k5? )@׀k5? L33333)@׀k5? L)@̀f@3? fffff)@̀f@3? )@d2? )@̀f@3? N3333)@i4@? )@n7? ffff)@d2? *@d2? *@d2? P33333*@d2? L*@d2? fffff*@\@. ? *@d2? *@_/? R3333*@d2? *@Àa0`? ffff*@Àa0`? +@Àa0`? +@\@. ? T33333+@W+? L+@Àa0`? fffff+@Z-? "+@Z-? +@Z-? V3333+@W+? +@W+? ffff+@Z-? $,@Z-? ,@W+? X33333,@U*@? L,@W+? fffff,@U*@? &,@U*@? ,@W+? Z3333,@U*@? ,@U*@? ffff,@W+? (-@R@)? ™-@R@)? \33333-@P(? L-@P(? fffff-@P(? *-@R@)? ę-@U*@? ^3333-@P(? -@P(? ffff-@M&`? ,.@P(? ƙ.@P(? `33333.@P(? L.@M&`? fffff.@P(? ..@H@$ ? ș.@H@$ ? b3333.@K%? .@H@$ ? ffff.@F#? 0/@M&`? ʙ/@F#? d33333/@H@$ ? L/@H@$ ? fffff/@C!? 2/@H@$ ? ̙/@A @? f3333/@A @? /@F#? ffff/@C!? 0@F#? 0@F#? 0@F#? ffff&0@H@$ ? N333330@F#? @0@H@$ ? L0@A @? Y0@F#? fffff0@K%? O3333s0@K%? 0@F#? ̌0@C!? 0@A @? ffff0@F#? P33330@C!? 0@H@$ ? 0@H@$ ? 0@F#? ffff0@A @? Q33330@F#? 1@F#? 1@F#? 1@C!? ffff&1@A @? R333331@C!? @1@C!? L1@C!? Y1@C!? fffff1@C!? S3333s1@F#? 1@A @? ̌1@H@$ ? 1@F#? ffff1@F#? T33331@C!? !1@H@$ ? 1@A @? 1@F#? ffff1@C!? U33331@F#? "2@F#? 2@F#? 2@C!? ffff&2@A @? V333332@F#? #@2@H@$ ? L2@F#? Y2@F#? light f Light Intensity, ChA Relative intensity to some calibrated maximum. TimeR|Ӓ|_|'RXEOHFOLFNDGLVSOD\LFRQWRVHHGDWD ``F|W" s_ Fi_ T}8'NF 8T/f0Ձ ${z|{W"(_ 'RXEOHFOLFND   -C6? @ Light Intensity % max Y@  ? ? E Run #1   DMVAR3 x+0.1 x positione DMVAR3  Position  Timear Acceleration sd/s/s   -C6? @ r m ?  MbP? @ B Run #1   DMVAR8 DMVAR3 lightf DMVAR8  Light Intensity, ChA vs Position  Position m ?  MbP? @ Light Intensity, ChA % max Y@  ? ? F Run #1A4`+? 5  DMVAR6 1/x^2 x DMVAR3 DMVAR6  y2  Timear Acceleration sd/s/s   -C6? @ Y  ?  MbP? @ C Run #1   DMVAR9 DMVAR8? DMVAR9  Inverse Square Fit  Position m ?  MbP? @ Light Intensity, ChA % max Y@  ? ? G Run #1   Light vs Position Workbook | | cvm=W W Activity P33: Light Intensity vs Position Use a Light Sensor and a Rotary Motion Sensor to investigate the relationship between light intensity and the distance from the light source. Refer to the description in the student workbook for Physics for more information.  lt@L  Options: Rotary Motion Sensor: Sample Rate = 20 Hz. Divisions/Rotation = 1440. Light Sensor: Gain = 10. Sample rate = 20 Hz. Sensitivity = Low. 8 Light Intensity vs. Position Graphx}    _  ' {31B7B559-FD30-11D0-835B-006097DF6F3A} DMVAR8 DMVAR9        uu !"#$%&'()+ Light Intensity vs. Position??l?  ,   MbPMbP??ˡE?y&1?ffffff333333(@*   !"#$%&'()+ Light Intensity vs. Position??l?  ,   MbPMbP??ˡE?y&1?ffffff333333(@* Unitialized Fit NametV? '.֘ @ T     /   YYdefghijeebhzAA,->.>/0г55TTາ))e e== Run #1$%%$%%%\ LStartStart\ LD&\&}&&P&~x&|&&\ L 06091999080216XxX