...battery type used and attachments Batteries: 3.7 volts, 1600-1800 mAh, Li-Ion rechargeable with safety circuit Lithium ion batteries self-discharge about 5 to 10% of its stored charge each month until......
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...LabQuest allows you to do sound experiments and RLC electronic circuit experiments, which require much higher frequencies. – LabPro can supply 100 mA of current, so most experiments can be......
...work. Secondary Test: Connect a simple circuit (small lamp or LED) to the red and black output terminals of the Power Amplifier. Set the output to a sine wave and......
...in the same circuit at the same time, and they will not interfere with each other. Related TILs: What is the difference between a Differential Voltage Probe (DVP-BTA) or Go......
...pull tab. 5. The battery is connected to LabQuest with a small, white plug that is inserted into a socket secured to the circuit board. 6. Disconnect the plug by......
...a different LabQuest, or if the unit fails to recognize a USB thumb drive, the circuit board in the LabQuest that controls both USB ports may be broken. In this......
...on the circuit. The specifications of the drill we used stated a maximum rotational speed of about 600 rpm, therefore the drill would not be able to light an LED......
...well with the Vernier Energy Sensor. For example, investigating an RL Circuit according to instructions in Advanced Physics With Vernier – Beyond Mechanics experiment 14 will not work with the......
...potentiometer that allows the user to vary resistance between 6 Ω and 225 Ω. The Vernier Resistor Board (VES-RB) is a small circuit board with seven resistors (10 Ω, 15......
...this could be a good starting point for making your own HMP-BTD. We used to build the HMP-BTD by starting with the circuit board for the CBL-2P or the Dual-Photogate......