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1.)Find the amount of simple interest I would pay on a loan of $6,953.22 for 673 days at 6 5/8% simple interest. 2.)John has borrowed $13,750 for 150 days at 10.2% simple interest. Interest will be calculated using bankers rule. Find the total amount he will need to repay the loan 3.)Tessa borrowed $19,540. 7 months later she paid off the loan, paying a total of $20,635. What simple interest rate did she pay? 4.)Suppose that on July 13, 2011 I deposited $5,000 in a CD which matured on September 8, 2013. The simple interest rate was 4.25%. What was my account value at maturity? 5.)On February 17, 2012, Alison borrowed $5,200 from Canandaigua International Bank at 10.99% simple interest. (NOTE: 2012 was a leap year) At maturity, she will repay a total of $5,482.86. a) Find the term of the note (in days). (10 points) b) On what date will the note mature?
A Si sample is doped with 1014 boron atoms per cm3. (a) What is type of semiconductor is it in terms of carrier type. What are the minority and majority carriers.
One of the biggest challenges with log systems, like the ones used for Intrusion Detection Systems data, is the amount of disk space that they require. For example, storing a message like: "User1 login success", contains 19 characters
A single phase transformer rated 1.2kV/120V, 7.2kVA hasprimary-referred parameters Req= r1+ a r2= 1Ω andXeq = x1+ a2 x2 =4Ω when neglecting exciting current. At rated voltage itscore loss may be assumed to be 40W for all the load curent.
A number of SCRs, each with a rating of 2000V and 50A are to beused in series-parallel combination in a circuit to handle 11KV and400A. For a derating factor of 0.15, calulate the number of SCRs in series and parallel units.
Find the minimal sum and distinguished 1-cell using Karnaugh Maps for the following functions, also state essential prime implicants (if any) and which are non-essential prime implicants (if any) a. F = fA,B,C,D (2,,4,6,7,12,13,14,15)
A dc shunt motor of 50 hp, 250 V is connected to a 230 V supply and is drawing an armature current of 200 A, and is running at speed of 1200 rpm. Its armature resistance is Ra = 0.2 ohms.
Determine the maximum power that a 430 km, high-voltage 3-phase transmission line can transmit if the system voltage is 550kV and the impedance of the line is 0.5 ohm/km. Determine illuminance at a distance of 12 ft from source.
The terminals of an electrical device are labeled a and b. If vab = 10V , how much energy is exchanged when a charge of 3 C moves through the device from a to b. Is the energy delivered to the device (i.e., device dissipating or storing energy).
A synchronous motor is rated as 250 hp, 4.8 kV connected 60 Hz 12 poles with Xs=0.6 pu and Rs=0.01 pu. The motor rotational losses are 1.5 kW and the excitation power is 6 kW. The motor is supplied by rated voltage at the stator.
However, the pump requires 60 W of parasitic power to operate continuously. Is installation of the pump justified. Explain. At what value of parasitic power does the addition of the pump become unjustified.
Show how to wire the two gauges and two fixed 150 W resistors into the bridge circuit to provide temperature compensation, using the graphs given on the right. The plastic tube has an outer diameter of 3 cm and an inner diameter of 2.3 cm.
(a) Howmany 256M X 16 RAMchips are needed to provide amemory capacity of 8 GB (b) How many address lines are needed to address this memory (c) How many address lines need to go to each chip
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