Engineering

Given the data definition: var1 WORD 9325h the data in var1 must be a positive number. True or False?
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Due to heavy rains, saturation level is rising in the slope, but no water is being accumulated at the toe of the slope. Develop a graph showing the factor of safety vs. saturation level in slope. Identify calculation method and include backup for saturation level at 20 ft (calculations or Slope/W printouts) Saturation level.
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the rocket is in circular orbit about the earth at an altitude of 20 mm. determine the minimum increment in speed it must have in order to escape the earths gravitational field
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A battery has emf 25.0 V and internal resistance T . A 9.00 resistor is connected t0 the terminals of the battery, and the voltage drop across the resistor is 23.0 V_ Part A What is the internal resistance of the battery? Express your answer with the appropriate units
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knowing that p = 90 kips, determine the largest distance a for which the maximum compressive stress does not exceed 18 ksi.
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his rocket will launch crews of up to four astronauts in the agencys orion spacecraft on missions to explore multiple, deep-space destinations.
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problem 1 what is the z transform of x(z) = e^z hint put x(z) in the form
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using the very definition of big-omega notation, prove that n3 logn is (n3)
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A 23.1-kg sphere A of radius 90 mm moving with a velocity of magnitude v0 = 2 m/s strikes a 2.1-kg sphere B of radius 40 mm that is hanging from an inextensible cord and is initially at rest. Knowing that sphere B swings to a maximum height h = 0.32 m, determine the coefficient of restitution between the two spheres.
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a. Which driver, if any, is required to support L3 cache on the system processor?
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10. in a merkle hash of depth 6 (with up to 64 leaves l0l63) what are the complementary nodes for l19?
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C++ 13.2.2: Class templates. Modify the TimeHrMn class to utilize a class template. Note that the main() function passes int and double as parameters for the SetTime() member function. #include using namespace std; class TimeHrMn { public: void SetTime(int userMin); void PrintTime() const; private: int hrsVal; int minsVal; }; void TimeHrMn::SetTime(int userMin) { minsVal = userMin; hrsVal = userMin / 60.0; return; } void TimeHrMn::PrintTime() const { cout
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Define a recursive function SINGLETONS such that if e is any list of numbers and/or symbols then (SINGLETONS e) is a set that consists of all the atoms that occur just once in e. Examples: (SINGLETONS ( ))-> NIL (SINGLETONS '(G A B C B))-> (G A C) SINGLETONS '(H G ABCB))(HGAC) (SINGLETONS (AGABC B)) (G C) SINGLETONS '(B GA BCB))(GAC) [Hint: When e is nonempty, consider the case in which (car e) is a member of (cdr e), and the case in which (car e) is not a member of (edr e).]
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b) If the available power gain [G. (f)] of the receiver in part a) (from antenna output (A) to receiver output (B)) is 120 dB, what is the peak signal available at the receiver output (Sad) if L, = 1? (10 pts). Note: All noise in the system is accounted for at point A Receiver System A B Ga(f) Noise Free N, EkTyBN Sao Nao
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The Fibonacci numbers are defined by the recurrence: F;= Fi-1+ Fi-2 for i > 2 with Fo=1 and F1 = 1. Give an O(n)-time dynamic-programming algorithm to compute the nth Fibonacci number. Draw the subproblem graph. How many vertices and edges are in the graph?.
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When a table is updated and the index block has no free space for a new index entry, what happens?A. The entry is removedB. The block splitsC. A new block is merged
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CHALLENGEACTIVITY4.2.4: Multi-branch if-else statements: Print century.Write an if-else statement with mulitiple branches.If year is 2101 or later, print "Distant future" (without quotes). Otherwise, if year is 2001 or greater, print "21st century". Otherwise, if year is 1901 or greater, print "20th century". Else (1900 or earlier), print "Long ago".
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Using the appropriate tables, determine the change in specific entropy between the specified states, in Btu/lbPR. (a) water, P1 10 lbf/in.2, saturated vapor; P2 500 Ibf/in.2, T2 1000F (b) ammonia, P1 140 bf/in.2, T1 = 160F; T2= -10F, h2 = 590 Btu/lb. (c) air as an ideal gas, T1 = 80F, P1 = 1 atm: T2 = 340F, p = 5 atm. (d) oxygen as an ideal gas, T1=T2=520R, P1=10 atm, P2 = 5 atm
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11.6. A small piece of Si has light shining uniformly on it. The light creates 1 x 1021 electron hole pairs per cm per second. The Si doping level is 1 x 1015 cm3 (donors) and the hole lifetime is Tp = 1.0 us for this level of excitation. Assume that electron-hole recombination is a direct process. (a) What is the recombination rate Rdir in steady state? (b) What is the hole density p in steady state with the light shin- ing? (c) What is the electron density n with the light shining? Is this a "low-level injection condition? (d) Find the locations of the quasi-Fermi energies Fn and Fp, and the difference between them.
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4 - Six stations, A through F, communicate using the MACA protocol. Is it possible for two transmissions to take place simultaneously? Explain your answer.5 - What is the baud rate of classic 10-Mbps Ethernet?
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please write down two constraints that you cannot violate when you are designing a reentry
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12.10 refer to problem 12.6. given:cv = 2.8 x 10-6 m2/min. how long will it take for 60onsolidation to occur?
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A single-phase motor takes apparent power of 1909 VA at a power factor of 0.866 lagging when connected to a 230 V, 50 Hz supply. Two similar capacitors are then connected in parallel with each other to form a capacitance bank. The capacitor bank is now connected in parallel with the motor to raise the power factor to 0.95. Calculate the capacitance of each capacitor.
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A three-blade wind turbine captures 1 MW from wind moving horizontally with respect to the plane. If the blades rotate at 20 r/min, compute the torque exerted by each blade.
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