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Question: A parallel series electric bllasting circuit consists of six branches of eight caps each. Holes are spaced 10ft (3.1 m) apart in a rectangular pattern. Cap legwire length is 28 ft (8.5 m). Each side of the cap circuit is connected by a No. 16 gauge bus wire 50 ft (15.3 m) long. The lead wires are No. 14 gauge 1000 ft (305 m) long one way. Find the minimum dc current and voltage required to safely fire this blast under current leakage conditions.
Suppose that we are designing a cardiac pacemaker circuit. The circuit is required to deliver pulses of 1-ms durstion to the heartthat can be modeled as a 500-Ω resistance. The peak amplitudeof the pulses is required to be 5 V.
Potential due to point charge and spherical charge distribution. A point charge Q is surrounded by a uniform spherical charge distribution of radius a, having a uniform volume charge density pv.
Using the Navier-Stokes equations and the continuity equation, obtain an expression for the velocity profile between two flat, parallel plates.
How might you connect a diode to prevent a second battery from discharging in a recreational vehicle, and yet still allow it to charge from the alternator?
An IPv4 datagram has arrived with the following information in the header (in hexadecimal): Ox45 00 00 54 00 03 58 50 20 06 00 00 7C 4E 03 02 B4 OE OF 02 a. Is the packet corrupted b. Are there any options
If a second similar lamp is connected in parallel to the lamp, - Calculate the supply current required to give the same power output in each lamp.
When a 100-k load is connected to a signal source, the output voltage is 30 mV. If a 10- k resistor is used to load the same signal source, the output voltage is observed to be 10 mV. Find the corresponding Thevenin voltage, Norton current
In most situations it is also desirable to send information from the process to be controlled--in this case the 500-gallon tank--to a central station for processind and storage. this information can be transmitted and processed in different ways.
Switch is closed at t=0 s. Since the circuit has no resistance, capacitor charges instantly, find energy stored in the capacitor at t=0s.
1 given that the frequency deviation constant kf is 5 khzvolt what is the required amplitude of the modulating signal
where R is the resistance at temperature T(measured in C), R0 is the resistance at T = 0 C and α is a temperature coefficient. For copper, α = 4 * 10-3 C-1 . At what temperature is the resistance greater than R0 by 1 percent
Using computer simulations, compare the density matching produced by the conscience algorithm with that produced by the SOM algorithm. For the SOM algorithm use η = 0.05, and for the conscience algorithm use B = 0.0001, C = 1.0, and η = 0.05.
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