Engineering analysis

1. Consider the following collision: Box 1 of mass m, moving to the right with s

1. Consider the following collision: Box 1 of mass m, moving to the right with speed v, collides with Box 2 of mass 3m, initially at rest. Immediately after the collision, Box 1 i…

1. Consider the following figure. (Let m 1 be the mass of the child, and m 2 be

1. Consider the following figure. (Let m1 be the mass of the child, and m2 be the mass of the scale.) (b) What is the mass of the child and basket if a scale reading of 101 N is o…

1. Consider the following if you set up the circuits in the lab using light bulb

1. Consider the following if you set up the circuits in the lab using light bulbs as your resistors. Would the bulbs continue to be lit for the following conditions? If so, would …

1. Consider the following if you set up the circuits in the lab using light bulb

1. Consider the following if you set up the circuits in the lab using light bulbs as your resistors. Would the bulbs continue to be lit for the following conditions? If so, would …

1. Consider the following if you set up the circuits in the lab using light bulb

1. Consider the following if you set up the circuits in the lab using light bulbs as your resistors. Would the bulbs continue to be lit for the following conditions? If so, would …

1. Consider the following matrix R60 0 0 Compute the Jaccard similarity between

1. Consider the following matrix R60 0 0 Compute the Jaccard similarity between each pair of columns. Which of the following is the true similarity of the two stated columns? O a)…

1. Consider the following program fragment: Stack s; s.push(1); s.push(2); s.pus

1. Consider the following program fragment: Stack s; s.push(1); s.push(2); s.push(3); s.pop(); cout << s.peek() << endl; Which is the value displayed by the cout state…

1. Consider the following program fragment: Stack s; s.push(1); s.push(2); s.pus

1. Consider the following program fragment: Stack s; s.push(1); s.push(2); s.push(3); s.pop(); cout << s.peek() << endl; Which is the value displayed by the cout state…

1. Consider the following scenario: According to Sustainable Enterprises, coffee

1. Consider the following scenario: According to Sustainable Enterprises, coffee grounds can greatly benefit plants. They allow for a slow release of nitrogen and they can also in…

1. Consider the following statement: The magnitude of the buoyant force equals t

1. Consider the following statement: The magnitude of the buoyant force equals the weight of the object. Under what circumstances is this statement true? for no object submerged i…

1. Consider the following two-step process in an ideal gas. Starting at 2.2 atm,

1. Consider the following two-step process in an ideal gas. Starting at 2.2 atm, the pressure is reduced to 1.4 atm while the volume is held constant. Then the gas expands at cons…

1. Consider the ground state of the silicon atom (Z = 14). What is the electroni

1. Consider the ground state of the silicon atom (Z = 14). What is the electronic configuration for this state? 1. 1s2 2s2 2p6 3s1 3p3 2. 1s2 2s2 2p6 3s2 3p2 3. 1s3 2s3 3p2 3s3 3p…

1. Consider the isothermal compression of 0.250 mole of gas by a movable piston

1. Consider the isothermal compression of 0.250 mole of gas by a movable piston which takes the system from an initial volume of 5.20 L to a final volume of 3.65 L at a temperatur…

1. Consider the roller coaster in the example. When does it have the highest kin

1. Consider the roller coaster in the example. When does it have the highest kinetic energy? At the top of the track At the end of the track At the top of the first loop At the to…

1. Consider the skateboarder in the figure below. If she has a mass of 49 kg, an

1.Consider the skateboarder in the figure below. If she has a mass of 49 kg, an initial velocity of 23 m/s, and a velocity of 13 m/s at the top of the ramp, what is the work done …

1. Consider the voltage levels and drive strength for the HCS12 family that are

1. Consider the voltage levels and drive strength for the HCS12 family that are discussed in section 7.6 of the textbook. a. How much current can each output source or sink? b. Wh…

1. Consider the x -axis with 4.0 C at x = 1.0 meter and -2.0 C at the origin. Wh

1. Consider the x-axis with 4.0 C at x = 1.0 meter and -2.0 C at the origin. Where should 6.0 C be placed so that the net force on it is zero? 2.There is a 5.0 C charge at each of…

1. Consider this argument: “We should continue to resist the calls to change the

1. Consider this argument: “We should continue to resist the calls to change the NFL franchise Washington Redskins’ team name. Recognized that other professional sports franchises…

1. Consider three 1-g samples of matter: (a) oxygen-16, (b) oxygen-17, and (c) c

1. Consider three 1-g samples of matter: (a) oxygen-16, (b) oxygen-17, and (c) carbon-12. Rank them in terms of the number of atoms, from most to least. 2. Consider these atoms: (…

1. Consider two charged particles. Particle A has a charge of +2.0 C and particl

1. Consider two charged particles. Particle A has a charge of +2.0 C and particle B has a charge of -2.0 C. The two particles are separated by 20 cm. a. Calculate the magnitude of…

1. Consider two current carrying wires arranged as shown in figure. One wire car

1. Consider two current carrying wires arranged as shown in figure. One wire carries 4.2A to the right, and the other carries 2.7A upwards. Determine the magnetic field at points …

1. Consider two disks of the same mass rotating about their axes. Disk A has twi

1. Consider two disks of the same mass rotating about their axes. Disk A has twice the radius of Disk B. What is the ratio of the moment of inertia of disk A to that of disk b? 2.…

1. Consider two disks of the same mass rotating about their axes. Disk A has twi

1. Consider two disks of the same mass rotating about their axes. Disk A has twice the radius of Disk B. What is the ratio of the moment of inertia of disk A to disk B? 2. Conside…

1. Consider two equal size rooms conected by an open door. One room is maintaine

1. Consider two equal size rooms conected by an open door. One room is maintained at a higher temperature than the other one. Which room contimes more air molecules? More molecule…

1. Consider two light bulbs, A and B. The laments in both are the same length an

1. Consider two light bulbs, A and B. The laments in both are the same length and made of the same material but lament A is thicker than lament B. If they are plugged into the sam…

1. Consider two oppositely traveling waves, with the same amplitude, frequency a

1. Consider two oppositely traveling waves, with the same amplitude, frequency and wavelength. What is the amplitude of the standing wave they produce? a) Same as the amplitude of…

1. Consider two point charged objects separated by a distance of 5.32 cm. The ch

1. Consider two point charged objects separated by a distance of 5.32 cm. The charge on the left hand object is +38.5 C. The charge on the right hand object is -38.5 C. What is th…

1. Consider two point sources separated by a distance of 10 meters. The longitud

1. Consider two point sources separated by a distance of 10 meters. The longitudinal waves emitted from the two sources have the wavelength of ? = 1m. The velocity of the wave is …

1. Consider two uniformly charged parallel plates as shown above. The magnitudes

1. Consider two uniformly charged parallel plates as shown above. The magnitudes of the charges are equal. (For each statement select T True, F False).   A) If the plates are oppo…

1. Consider two vectors S (2, 1, 2) and T (5, -1, 3). a) What is the angle betwe

1. Consider two vectors S (2, 1, 2) and T (5, -1, 3). a) What is the angle between the vectors S and T? b) Express the following using unit vectors: R = 3S – 2T 2. A 4.0 kg box, i…

1. Considering the length of your resonance tube (0.2275 m), whatis the lowest f

1. Considering the length of your resonance tube (0.2275 m), whatis the lowest frequency tuning fork you could use for thisexperiment? - In this experiment we calculated the speed…

1. Construct a truth table for an active-LOW output BCD (1-of-10) decoder. 2. Pe

1. Construct a truth table for an active-LOW output BCD (1-of-10) decoder. 2.      Perform the following computation using 2 For the multiplexer shown below, determine die output …

1. Construct the RLC series resonance circuit shown in Figure 2 in Multisim. Sim

1.     Construct the RLC series resonance circuit shown in Figure 2 in Multisim. Simulate the circuit at the frequencies shown in Table 2, and record the current readings obtained…

1. Construct the bridge rectifier circuit shown in Figure 1. Notice that no term

1. Construct the bridge rectifier circuit shown in Figure 1. Notice that no terminal of the transformer secondary is at ground potential (some simulation software will not run if …

1. Construct the bridge rectifier circuit shown in Figure 1. Notice that no term

1. Construct the bridge rectifier circuit shown in Figure 1. Notice that no terminal of the transformer secondary is at ground potential (some simulation software will not run if …

1. Construct the circuit shown in Figure 1. Calculate all currents and voltage d

1. Construct the circuit shown in Figure 1. Calculate all currents and voltage drops by using the Superposition Theorem. 2. Measure and record the voltage drops across and current…

1. Construct the following circuit in Multisim. D1 2 V1 Do a transient analysis

1. Construct the following circuit in Multisim. D1 2 V1 Do a transient analysis to find the current through the diode. Set initial condition to "set to zero", start time is O seco…

1. Convert the following binary number to octal, hexadecimal, BCD, and decimal (

1. Convert the following binary number to octal, hexadecimal, BCD, and decimal (5 - 10points) 1001011001010011 Octal Hexadecimal BCD decimal Prep: Be able to convert binary to Oct…

1. Convert the following x and y vectors to resultant vectors: (4 pts) a. (250 c

1. Convert the following x and y vectors to resultant vectors: (4 pts) a. (250 cm, 350 cm) b. (5 m/s, 7 m/s) 2. Convert the resultant vectors into their x and y components. (4 pts…

1. Correct the following sentence for parallel structure: If you want to earn a

1. Correct the following sentence for parallel structure: If you want to earn a satisfactory grade in the human resources class, you must be punctual, courteous, and team work is …

1. Correctly identify each of type of dislocation shown below... Bungers vector

1. Correctly identify each of type of dislocation shown below... Bungers vector Dislocation line 2. Which of the following is an INCORRECT statement... The Burgers vector correspo…

1. Couid not get b and d for the following problem: A football player of mass 99

1. Couid not get b and d for the following problem: A football player of mass 99 kg is running at a speed of 7.9 m/s when he catches a ball thrown by the quarterback. The mass of …

1. Coulomb\'s law for the magnitude of the force F between two particles with ch

1. Coulomb's law for the magnitude of the force F between two particles with charges Q and Q separated by a distance d is |F|=K|QQ|d2, where K=140, and 0=8.854×1012C2/(Nm2) is the…

1. Create a MATLAB function in its own script file called FourierSeries.m. This

1. Create a MATLAB function in its own script file called FourierSeries.m. This function should take in an anonymous function f and the desired degree n. So the first line of this…

1. Create a Matthb program that plos beams deflection at 31 eulih spaced points

1. Create a Matthb program that plos beams deflection at 31 eulih spaced points on the catleve beam with appled end load shown befow The first point should beat-o, and the last po…

1. Create a top level VHDL file for the project. VHDL code should be well format

1. Create a top level VHDL file for the project. VHDL code should be well formatted and commented. 2. Add two instantiations of a sync counter to the top level that are customized…

1. Create a vector u of 201 equally spaced points in the range [1 , 4 ]. 3. Crea

1. Create a vector u of 201 equally spaced points in the range [1 , 4 ]. 3. Create a 42 x 42 array A with uniformly distributed random values. 4. Create a 1 x 42 array z with norm…

1. Create the following maltrix in MATLAB: 11 12 13 14 21 22 23 24 31 32 33 34 1

1. Create the following maltrix in MATLAB: 11 12 13 14 21 22 23 24 31 32 33 34 11 12 43 4 2. Now, create the same matrix using the colon operator for matrix indexing each row. 11 …

1. Create the random noise using the following command that ensures v has the sa

1. Create the random noise using the following command that ensures v has the same size as x: a. v=randn(size(x)) 2. Using a solid line style, plot the first 1000 points of v vs. …

1. Create the random noise using the following command that ensures v has the sa

1. Create the random noise using the following command that ensures v has the same size as x: a. v=randn(size(x)) 2. Using a solid line style, plot the first 1000 points of v vs. …