What happens to the time of fall if you double the mass of falling filters? Explain.
What happens to the time of fall if you double the mass of falling filters? Explain.
1.Hold a single coffee filter in your hand. Release it and watch it fall to the ground. Next, nest two filters and release them. Did two filters fall faster, slower, or at the same rate as one filter? What kind of mathematical relationship do you predict will exist between the velocity of fall and the number of filters? 2.If there was no air resistance, how would the rate of fall of a coffee filter compare to the rate of fall...
can someone explain what happens when you polynomially time reduce two graph problems
Part 1) If you double the current in the wire, what happens to the force on the wire? What about the force on the magnet? Part 2) If you double the length of the wire, what happens to the force on the wire? What about the force on the magnet? Part 3) If you double the magnetic field that the wire is in, what happens to the force on the wire? What about the force on the magnet? A current-carrying...
What happens to the surface area when you double the size of the cell (1 cm to 2 cm cell)? (2 points) What happens to the volume when you double the size of the cell (1 cm to 2 cm cell)? (2 points)
I am trying to understand my hw on trickling filters. Please explain why actual or applied organic loadings are written in units of mass/time such as lbs/day while the design organic loading is given in units of mass/time/vol such as lb/d/ft3? I am beyond confused by this. thank you!
Explain why the frequency response of discrete-time filters is always periodic.
What happens if you connect a DC coil of your double-pole double-throw relay to AC power supply with the same voltage rating?
Climbing ropes stretch when they catch a falling climber, thus increasing the time it takes the climber to come to rest and reducing the force on the climber. In one standardized test of ropes, an 80 kg mass falls 4.8 m before being caught by a 2.5-m-long rope. If the net force on the mass must be kept below 11 kN, what is the minimum time for the mass to come to rest at the end of the fall? PartA...
Explain the time constant in simple RC circuit? What happens to charging time when connecting more capacitors in serial with the circuit? What happens to charging time when connecting more capacitors in parallel with the circuit?
You have to catch a falling box of light bulbs with a mass of 10 kg and bring the box of light bulbs to rest without breaking, while the box of light bulbs was falling with a velocity of 5 m/s. What is the minimum amount of time you should use to stop the bulbs from moving if they will break with only 150 N of force?