I know it forms loops and I'm not adding anything into this circuit I have proven it to work the way it is on the schematic. Yes I know current flow in water is dangerous but the water is contained in a plastic water tight container that we're using for a simulated basement. The pump is suppose...
basically current is flowing down the electrode on the left and when the water in the container the electrodes will be in rises and reaches the electrodes current will flow into the electrode on the right which will then turn on the alarm and the LED and it's suppose to close the relay contacts...
Yes, sorry bout that. forgot about the picture. I couldn't get a good picture of the circuit I actually had soldered that would've helped so just the schematic
So I'm a college student in electromechanical engineering technology and my lab partner and I are making a sump pump circuit for our class project. I got the circuit soldered and the alarm and light work but the relay won't turn on. We discovered that the resistor that goes into our transistor...
I also have to figure out the pressure at 3 different points and all the 3 points are between 2 cylinders one of which I believe is an intensifier if I'm looking at the problem correctly. I just need an equation to go off of.
Ok so it looks like a class 3 lever. The rod of the piston comes up and touches the middle. not quite sure if you can tell from the picture but I'm pretty sure it looks like a class 3
I need help figuring out which formula to use to find what class lever I am using in a 10 ton log splitter circuit. The lever is 16 inches long and I am applying 100 pounds of force on the lever which is connected to a cylinder 5 inches in diameter, 24 inch stroke, and a 2 inch rod diameter. My...