Multimeter

Newtons Laws Experiment EX-5503A Pasco ScientificOverviewIn this experiment designed for use with PASCO Capstone software, students use this collection of equipment to discover or experimentally determine the first of Newton's Laws.Newton's First LawStudents examine an object's motion to see if it changes when forces are applied or not.Newton's Second LawStudents use the Smart Cart to discover the relationships between force, mass and accelerationNewton's Third LawUsing the force sensors from two Smart Carts, students prove that forces between objects are equal in magnitude yet opposite in direction. These experiments include both tug-of-war exercises and collisions between cars.PASCO AdvantageThe Smart Cart has all the sensors required, making setup very quick and easy. The integration between the probeware and equipment helps students focus on the physics of each experiment.Bluetooth 4 ConnectivityRequired SoftwarePASCO products that use Bluetooth® 4 technology - wireless sensors, smart carts, and the AirLink Interface - require the latest versions of our software. PASCO Capstone 1.11.1 is available for Mac and Windows. SPARKvue 3.2.1 is available for Mac, Windows, iOS, Android and Chromebooks.Compatibility/System requirementsAny current model Mac, iPad, iPhone, Android tablet or Android phone will support direct connection to PASCO Bluetooth 4 devices. Also, any Windows 10 device w/ Creators Edition 1703 or later will support direct connection.All other windows computers/tablets, all Chromebooks and older Macs currently require the PS-3500 USB Bluetooth 4.0 Adapter to connect to PASCO’s Bluetooth 4 devices.Full compatibility details are available, including compatibility information for older computing devices.IncludesSmart Cart ( Red ) ( ME-1240 )Smart Cart ( Blue ) ( ME-1241 )PAScar Cart Mass ( set of 2 ) ( ME-6757A )Dynamics Track Feet ( Pair ) ( ME-8972 )Mass and Hanger Set ( ME-8979 )Elastic Bumper ( ME-8998 )Super Pulley with Clamp ( ME-9448B )1.2 m Aluminum Dynamics Track ( ME-9493 )Friction Block -- IDS ( ME-9807 )Braided Physics String ( SE-8050 )Universal Testing Machine

Pasco Scientific Hookes Law Set ME-9827OverviewThe Hooke's Law Set allows students to investigate the relationship between the force applied to a spring and the amount of stretch on the spring. This rugged set features a heavy base which allows the stretching of springs without toppling the unit. The transparent scale adjusts vertically to align zero with the brightly colored stretch indicator.IncludesStand with heavy baseTransparent scale with mm resolutionHorizontal support for springBrightly colored stretch indicatorThree springs with identical diameter and length, but different spring constantsThree of each spring included, for a total of nine springs: spring constants are 5 N/m, 8N/m, 70 N/m.SpecificationsStretch IndicatorFluorescent disc 6.6 cm diameter acrylicSpring 5 N/mLength ( with hooks ) = 6.4 cm diameter = 0.71 cm Spring constant = 5 N/mSpring 8 N/mLength ( with hooks ) = 6.4 cm diameter = 0.71 cm spring constant = 8 N/mSpring 70 N/mLength ( with hooks ) = 6.4 cm diameter = 0.71 cm spring constant = 70 N/mRod StandSemi-steel length = 29.2 cm diameter = 0.64 cmMass HangerMass = 5 gBase Support11.4 x 7.6 x 0.6 cmUniversal Testing Machine

Mechanical Waves Experiment EX-9952 Pasco ScientificOverviewStanding waves in strings and air columns are studied. Using a sine wave generator to drive a string vibrator, the driving frequency, the length, density, and tension of the string are varied to explore standing waves in strings and to determine the speed of the wave. For the sound waves in the air column, a speaker is used to drive a resonance tube. The driving frequency and the length of the tube are varied for both open and closed tubes. The relationship between resonant frequency modes and tube length is determined for closed versus open tubes.PASCO AdvantageThe frequency of the vibration of the string is not limited to the line frequency so the frequency can be varied, as well as the length and the tension.IncludesString Vibrator ( WA-9857A )Sine Wave Generator ( WA-9867 )Open Speaker ( WA-9900 )Economy Resonance Tube ( WA-9495 )Elastic Wave Cord ( SE-9409 )Braided Physics String ( SE-8050 )Yellow Braided Cord ( 699-067 )Mass and Hanger Set ( ME-8979 )Universal Table Clamp ( ME-9376B ) ( 2 )Adjustable Angle Clamp ( ME-8744 )Super Pulley ( ME-9450A )Pulley Mounting Rod ( SA-9242 )45 cm Stainless Steel Rod ( ME-8736 ) ( 2 )Banana Plug Cord-Red ( 5 Pack ) ( SE-9750 )Waves Experiment ManualUniversal Testing Machine

Function Generator PI-8127 Pasco ScientificOverviewThe Function Generator outputs sine, square, triangle, positive and negative ramps with a frequency range of 0.001 Hz to 150 kHz in addition to DC. ( A replacement for the PI-9587C )Its powerful output, 1 Amp at ±10 Volts, makes it useful for driving speakers, string vibrators, and circuits.FeaturesLCD ReadoutThe LCD displays frequency, voltage, current, waveform, and menus. For viewing demonstrations, there is a Large Digits Mode for increased readability of the frequency.The backlight has two levels, low and high, selectable using the menu. The low backlight isusefulin dark rooms.Frequency/Range SelectionThere are two ranges, 0.001 to 100 Hzand 0.001 to 100 kHz, selected using the range push-button switch ( integrated with frequency knob ).Output StandbyPushing the standby button disables the output without changing settings.Output Current/Voltage MaximumThe maximum current or maximum voltage can be set using the menu. This is useful when the instructor needs to limit the voltage applied in a light bulb.Offset VoltageAny waveform may be offset with a DC voltage ranging from -10 V to +10 V, provided the peak voltage does not exceed 10 V.Frequency SweepSweep between any two frequencies at a selectable rate.Available WaveformsSineTriangleSquarePositive RampNegative RampDCSpecificationsInput Power Source15 V @ 1.6 amp AC/DC AdapterVoltage Output± 10 V @ 1 A, 5 mV Adjustment ResolutionFrequency RangeDC to 150 kHz with two ranges: 0.001 Hz to 999.999 Hz 0.001 kHz to 100 kHz ( 150 kHz for Sine Wave )Frequency Resolution0.001 Hz for the 0.001 to 100 Hz range;1 Hz for the 0.001 kHz to 100 kHz range.Maximum Current/VoltageProgrammableOffset Voltage± 10 V, 5 mV ResolutionWaveformsSine, Triangle, Square, Positive Ramp, Negative Ramp, DCExternal Voltage InputUse the function generator to amplify an external source ( ± 10 V maximum )Trigger OutputTTL Compatible; BNC jack on back of unitDisplayLCD Graphics Monochrome Display, 128 x 64, with Two-Level BacklightDisplaysFrequency, Waveform, Voltage, Current, Root mean Square ( RMS ) Current, Offset Voltage, Maximum Current/Voltage ( Not all simultaneously )Special Display ModeLarge digits for frequencyAmplitude ModulationModulate the signal of one function generator using anotherFrequency SweepGenerate a signalto sweep through start/end frequency, select sweep time, and auto-repeat the sweepProgrammable Current LimitSet the maximum current to limit the current outputUSB Connection for software updatesDownload latest software from pasco.com and install throughthe USB connectionPower Amplifier

Advanced Microwave Optics System WA-9316AFeatures :Diffraction Slit Hardware -- Spacers and holders for performing interference experiments.Ethafoam® Prism with Styrene Pellets -- Used for refraction of microwaves. The index of refraction of styrene is determined.Rotating Mounts -- The transmitter and receiver rotate through a full 360° ( an important feature for polarization experiments ).Gunn Diode Transmitter -- A stable, low-voltage source of linearly polarized microwaves ( 10.5 GHz; 15 mW ).18 cm High Mounts -- Minimize tabletop reflections for improved accuracy.Receiver with a Built-in Amplifier -- Variable sensitivity ensures clear data, even for low-intensity measurements ( Bragg diffraction and Brewster's angle ).Long-Arm Goniometer -- For easy setup and alignment. The built-in degree and millimeter scales ensure accurate measurements.Magnetic Mounting -- All components mount magnetically. Setup is quick and accurate.Durable Construction -- Parts are made of stainless steel or die-cast aluminum.IncludesDescriptionMicrowave Optics : Basic SystemAdvanced Microwave Optics SystemMicrowave Accessory PackageWA-9314CWA-9316AWA-9315Gunn Diode Transmitter with mounting stand●● Receiver with built-in amplifier and mounting stand●● Goniometer with fixed and rotatable arms and degree scale●● Fixed-arm assembly for interferometer experiments●● Component holders: two standard, one rotating●● Rotating table●● Reflectors : two full reflectors ( metal ), two partial reflectors ( wood )●● Polarizers ( two )●● Diffraction slit hardware ( holders and spacers )●● Prism ( Ethafoam ) with styrene pellets●● AC adapter●● Laboratory manual with 12 ready-to-use experiments●● An explanation of the physical principles with all relevant equations●● Illustrations for easy setup●● Step-by-step instructions●● Questions and data tables in a worksheet format●● Teacher's guide with answers and typical results●● Simulated Crystal Lattice●●Polyethylene Panel●●Optical Sensors

Precision Digital Multimeter, Component Tester and Thermometer SB-9631B Pasco ScientificSpecificationsDC VoltsRanges200 mV, 2000 mV, 20 V, 200 V, 1000 VResolution0.1 mVAccuracy± ( 0.5 % rdg + 1 dgt )Input impedance10 MΩOverload protection1000 VDC or 750 VAC rms600 VDC/AC rms 15 seconds on 200 mV rangeAC Volts ( 50 Hz - 500 Hz )Ranges200 mV, 2000 mV, 20 V, 200 V, 750 VResolution0.1mVAccuracy± ( 1.2% rdg + 5 dgts ) on 200 mV to 20 V ranges± ( 2.0% rdg + 5 dgts ) on 200 V, 750 VrangesInput impedance10M ΩOverload protection1000 VDC or 750VAC rms600VDC/AC rms 15 seconds on 200mV rangeCurrentRanges200uA, 2mA, 20mA, 200mAResolution0.1 uADC accuracy± ( 1.0 % rdg + 1 dgts )AC accuracy( 50 Hz ~ 500 Hz )± ( 1.2 % rdg + 4 dgts )Input protection0.25 A/500 V fast blow ceramic fuseResistanceRanges200 Ω, 2 kΩ, 200 kΩ, 20 MΩResolution0.1 ΩAccuracy± ( 1.0 % rdg + 4 dgts ) on 200 Ω to 200 kΩranges± ( 2.0 % rdg + 4 dgts ) on 20 MΩrangeOpen circuit volts0.3 Vdc ( 3.0 Vdc on 200 Ω range )Overload protection500 VDC or AC rmsContinuityAudible indicationLess than 100 ΩResponse time100 msOverload protection500 VDC or AC rmsDiode TestTest currentApprox. 1.0mAAccuracy±( 1.5 % rdg + 3 dgts )Open circuit volts3.0 Vdc typicalOverload protection500 VDC or AC rmsCapacitanceRanges200 uF, 2 mF, 20 mFResolution0.1 uFAccuracy±( 4 % rdg + 10 dgts )Test frequency21 HzTest voltage<3.0 VInput protection0.25 A/500 V fast blow ceramic fuseFrequency ( Autoranging )Range10 Hz to 40 kHzResolution1 HzAccuracy±( 0.1 % rdg + 3 dgts )Sensitivity3.5 V RMS minOverload protection500 VDC or AC rmsTemperatureRanges-35 ℃ ~ 750 ℃, -30 ℉~ 1400 ℉Resolution0.1 ℃, 0.1 ℉Accuracy±( 1.0 % rdg + 1 ℃ ) 0 ℃ ~ 400 ℃±( 3.0 % rdg + 3 ℃ ) -35 ℃ ~ 0℃, 400 ℃ ~ 750 ℃±( 1.0 % rdg + 2 ℉ ) -4 ℉ ~ 750 ℉±( 3.0 % rdg + 6 ℉ ) -30 ℉ ~ -4 ℉, 750 ℉ ~ 1400 ℉Sensor typeK-type thermocoupleOverload protection60 VDC or 30V AC rmsDisplay3½ digit LCD display, 17 mm high digits, polarity indication, low battery indicationPowerBattery life150 hours typical with carbon-zinc. ( battery included )Test leads, temperature probe and battery are included.Dimensions165 mm ( H ) x 78 mm ( W ) x 42.5 mm ( D )WeightApprox. 10.0 oz.( 285 g ) including holsterMeasurement rate2.5 times per second, nominalMultimeter

OverviewIn this experiment designed for use with PASCO Capstone software, students use a very low mass/low friction pulley and measure the changing velocity of the unbalanced mass system. They interpret the slope of the velocity graph as accelerations. They examine the effect of the rotational inertia of the pulley and estimate the friction forces based on experimental data.Newton's 2nd Law of MotionNewton's 2nd Law of Rotational MotionRotational InertiaPASCO AdvantageThe Super Pulley/Photogate System makes it easy for students to set up the apparatus and take data. Analysis includes accounting for friction and the rotational inertia of the pulley.IncludesPhotogate & Pulley System ( ME-6838A )Mass and Hanger Set ( ME-8979 )Universal Table Clamp ( ME-9376B )Stainless Steel Rod, 60 cm Threaded ( ME-8977 )Braided Physics String ( SE-8050 )Multi-Clamp ( ME-9507 )Universal Testing Machine

Pasport Digital Adapter PS2159 Pasco ScientificOverviewThe Digital Adapter allows ScienceWorkshop analog sensors to be connected and used with PASPORT interfaces.Features Two 1/4" portsCounting, timing, even motion or rotation can be measured seamlessly using the Digital Adapter and our wide variety of TTL compatible instruments. Both ¼" ports automatically sense a connection and initiate pre-configured or user-defined options.Typical ApplicationsVelocity of carts on a trackFreefallProjectile motionNuclear RadiationSpecificationsCounting and Timing Devices2 µ sec. resolutionMotion Sensors1 µ sec. resolutionInputTwo ¼ “ stereo phone jacksUSB Cable Adapter

Digital Calipers SE-8710 Pasco ScientificOverviewThis metric/Imperial digital caliper ( 15 cm or 6 inch ) measures to the nearest 0.01 mm ( 0.0005 inch ). It features automatic power down and it includes a sturdy, protective plastic case.Jangka Sorong

Pasco Scientific Variable-g Pendulum Experiment EX-5519AOverviewThis experiment designed for use with PASCO Capstone software explores the dependence of the period of a simple pendulum on the acceleration due to gravity and on the length and amplitude of the pendulum.A simple rigid pendulum consists of a 35 cm long lightweight ( 28 g ) aluminum tube with a 150 g mass at the end, mounted on a Rotary Motion Sensor. The pendulum is constrained to oscillate in a plane tilted at an angle from the vertical. This effectively reduces the acceleration due to gravity because the restoring force is decreased.The period of the pendulum is measured using a Rotary Motion Sensor and the period function in PASCO Capstone.PASCO AdvantageThe rigid pendulum can be assumed to be a simple pendulum: The actual period is approximatley 99 % of the period of a simple pendulum of the same length.IncludesLarge Rod Base ( ME-8735 )45 cm Stainless Steel Rod ( ME-8736 )Angle Indicator ( ME-9495A )Adjustable Angle Clamp ( ME-8744 )Pendulum Accessory ( ME-8969 )PASPORT Rotary Motion Sensor ( PS-2120A )Universal Testing Machine