Engineering analysis

1. Cricket (6 points) A batter hits a cricket ball (A). The ball then flies free

1. Cricket (6 points) A batter hits a cricket ball (A). The ball then flies freely through the air (B) following the doted trajectory (air resistance is negligible). Having landed…

1. Current is defined as the a. push of electrons b. ease of flow of electrons c

1. Current is defined as the a. push of electrons b. ease of flow of electrons c. the rate of flow of protons d. rate of flow of electrons 2. ohm's law is V=IR solving for R, the …

1. Data points from a std moisture density test on a fine grained soil are given

1.      Data points from a std moisture density test on a fine grained soil are given in the following table: Water Content                                       Total Density (%)…

1. David is driving a steady 29.0 m/s when he passes Tina, who is sitting in her

1. David is driving a steady 29.0 m/s when he passes Tina, who is sitting in her car at rest. Tina begins to accelerate at a steady 2.70 m/s2 at the instant when David passes. A) …

1. Decide whether the following statements are true or false. Place a T on the b

1. Decide whether the following statements are true or false. Place a T on the blank line if the statement is true, and place an F if the statement is false a) In the process call…

1. Decide whether the following statements are true or false. Place a T on the b

1. Decide whether the following statements are true or false. Place a T on the blank line if the statement is true, and place an F if the statement is false In simple harmonic mot…

1. Decide whether the following statements are true or false. Place a T on the b

1. Decide whether the following statements are true or false. Place a T on the blank line if the statement is true, and place an F if the statement is false In simple harmonic mot…

1. Define all of the physical quantities used in kinematics dynamics, and energy

1. Define all of the physical quantities used in kinematics dynamics, and energy for translational motion. (e.g. displacement/position, velocity, acceleration, force, mass momentu…

1. Define all of the physical quantities used in kinematics dynamics, and energy

1. Define all of the physical quantities used in kinematics dynamics, and energy for translational motion. (e.g. displacement/position, velocity, acceleration, force, mass momentu…

1. Define foundational oil and gas terms. 2. Explore the various forms of oil an

1. Define foundational oil and gas terms. 2. Explore the various forms of oil and gas ownership and how they relate to one another in the context of the exploration, development a…

1. Define foundational oil and gas terms. 2. Explore the various forms of oil an

1. Define foundational oil and gas terms. 2. Explore the various forms of oil and gas ownership and how they relate to one another in the context of the exploration, development a…

1. Define in words and mathematical equations the turns ratio of an ideal transf

1. Define in words and mathematical equations the turns ratio of an ideal transformer. 2. Define in words and mathematical equations the relationship between the transformers wind…

1. Define potential difference. What is the difference between electric potentia

1. Define potential difference. What is the difference between electric potential and electric potential energy? What is the unit for potential difference? 2. What two units are u…

1. Define strain: 2. Define Axial strain: 3. Steel is not highly elastic? True o

1. Define strain: 2. Define Axial strain: 3. Steel is not highly elastic? True or False 4. What is the difference between long columns and short columns? 5. What does it mean by T…

1. Define stress 2. Define Strain 3. Define each type of modulus 4. Legend says

1. Define stress 2. Define Strain 3. Define each type of modulus 4. Legend says that archimedes, in determining wheteher or not the king's crown was made of pure gold, measured it…

1. Definitions – Give the term that corresponds to the following definitions. a.

1. Definitions – Give the term that corresponds to the following definitions. a. The sum of the pressure head plus the elevation above an arbitrary datum. b. The relationship betw…

1. Denote the initial speed of a cannon ball fired fromabattleship as V o . When

1. Denote the initial speed of a cannon ball fired fromabattleship as Vo . When the initail projectile angle is45o with respect to the horizontal, it gives a maximumrange, R. a. T…

1. Derive an expression for the impulse response of the system with zero initial

1. Derive an expression for the impulse response of the system with zero initial conditions, sketch this response and compare it to the response predicted using MATLAB 2. A second…

1. Derive the thin lens equation (equation 1) for a divergent lens, using the di

1. Derive the thin lens equation (equation 1) for a divergent lens, using the diagram in figure 1. (Hint: use similar triangles). 2. What is the difference between a real image an…

1. Describe a system of two objects and give an example of a process in which to

1. Describe a system of two objects and give an example of a process in which total momentum is conserved and kinetic energy is not conserved. repelling-magnet end facing toward c…

1. Describe five ways one can determine the identity of an unknown pure substanc

1.     Describe five ways one can determine the identity of an unknown pure substance.  Explain in scientific terms the basis for the different methods (exactly how the determinat…

1. Describe how bauxite is converted to aluminium oxide (Al2O3) via the Bayer pr

1. Describe how bauxite is converted to aluminium oxide (Al2O3) via the Bayer process? 2. Describe the Kroll process used to produce metallic titanium. Give the key chemical equat…

1. Describe how bauxite is converted to aluminium oxide (Al2O3) via the Bayer pr

1. Describe how bauxite is converted to aluminium oxide (Al2O3) via the Bayer process? 2. Describe the Kroll process used to produce metallic titanium. Give the key chemical equat…

1. Describe how to determine the potential difference across a resistor in an el

1. Describe how to determine the potential difference across a resistor in an electric circuit. Be specific about what you would disconnect (if anything). 2. Describe how to deter…

1. Describe one (1) reason that it is important on public projects for the contr

1. Describe one (1) reason that it is important on public projects for the contract to achieve that crucial and final step of construction contract closeout. 2. Describe one (1) w…

1. Describe one (1) reason that it is important on public projects for the contr

1. Describe one (1) reason that it is important on public projects for the contract to achieve that crucial and final step of construction contract closeout. 2. Describe one (1) w…

1. Describe the function of an encoding matrix circuit 2.In the octal number sys

1. Describe the function of an encoding matrix circuit 2.In the octal number system,what does each single octal digit represent in a base 2 system? 3.What would cause you to repla…

1. Describe the fundamental difference between facilities for energy storage ver

1. Describe the fundamental difference between facilities for energy storage versus plants for power generation. 2. The Carnot efficiency assumes isentropic conditions (no losses …

1. Describe the purpose of asking the following questions:What quantities can be

1. Describe the purpose of asking the following questions:What quantities can be used as independent variables? How will other quantities depend on each independent variable when …

1. Describe, with 2-3 sentences, two instances that you have noticed in your eve

1. Describe, with 2-3 sentences, two instances that you have noticed in your everyday life when the fact that matter can become charged was evident to you. 3. Consider these two m…

1. Design a circuit that can perform simple arithmetic and logical instructions

1. Design a circuit that can perform simple arithmetic and logical instructions using VHDL and an eSOC board.    a. Design and simulate a 4-bit, 8-function ALU to implement the op…

1. Design a common emitter amplifier using an NPN transistor with Bdo 3Bo 300 th

1. Design a common emitter amplifier using an NPN transistor with Bdo 3Bo 300 that has a gain Avil 50 V/V when driving a load R 1 k2. The input source has a series resistance of 3…

1. Design a counter that produces the following count sequence: 1, 2, 2, 3, 3, 3

1. Design a counter that produces the following count sequence: 1, 2, 2, 3, 3, 3, 4, 4, 4, 4, · · · , 15, 15, · · · , 1, 2, 2, etc. that is, it produces one 1, two 2’s, three 3’s,…

1. Design a counter that produces the following count sequence: 1, 2, 2, 3, 3, 3

1. Design a counter that produces the following count sequence: 1, 2, 2, 3, 3, 3, 4, 4, 4, 4, · · · , 15, 15, · · · , 1, 2, 2, etc. that is, it produces one 1, two 2’s, three 3’s,…

1. Design a solenoid that will produce a magnetic field of 0.047 T using a curre

1. Design a solenoid that will produce a magnetic field of 0.047 T using a current I = 24 A. If the radius of the solenoid is 5 cm and the solenoid is 4.1 m long, how many turns o…

1. Design an Al-Si brazing filler alloy that will be used to join an Al-Mg alloy

1. Design an Al-Si brazing filler alloy that will be used to join an Al-Mg alloy. The Al-Mg alloy has a solidus temperature of 655 oC. How many phases will be present in the Al-Mg…

1. Design an inverting amplifier using an operational amplifiersuch that the the

1. Design an inverting amplifier using an operational amplifiersuch that the the voltage gain is 100. Write the formula for the output voltage. Design an adder using an operationa…

1. Design the signal plan for the following intersection PHF 0.85 Target elc rat

1. Design the signal plan for the following intersection PHF 0.85 Target elc ratio-0.85 Driver reaction time = 1.0 s Ped walking speed = 4.0 fps Speed limit 45 mi/h (all approache…

1. Design, simulate and program the eSOC III board for a 4-bit, 8-function ALU t

1.     Design, simulate and program the eSOC III board for a 4-bit, 8-function ALU to implement the operations shown in Figure 3.5. [Hint: The simplest method to implement this ci…

1. Design-Build (25 points): a. (5) Explain the differences between a Design-Bui

1. Design-Build (25 points): a. (5) Explain the differences between a Design-Build and a Design-Bid-Build contract. b. (5) Discuss the advantages/disadvantages of a Design-Build c…

1. Determine F B. Express your answer using two significant figures. 2. Determin

1. Determine FB. Express your answer using two significant figures. 2. Determine the magnitude of F? A+F? B.Express your answer using two significant figures. Two snowcats tow a h…

1. Determine The impedence of each branch Z1, Z2, and Z3. The impedence of each

1. Determine The impedence of each branch Z1, Z2, and Z3. The impedence of each branch in polar form Z1, Z2, and Z3. The current in each branch I1, I2, and I3 and Total current It…

1. Determine The impedence of each branch Z1, Z2, and Z3. The impedence of each

1. Determine The impedence of each branch Z1, Z2, and Z3. The impedence of each branch in polar form Z1, Z2, and Z3. The current in each branch I1, I2, and I3 and Total current It…

1. Determine distance and displacement of a boat that travels North 12 mile and

1. Determine distance and displacement of a boat that travels North 12 mile and then East 5 miles ? 2. A bike is moving at a constant velocity of 25 ft/sec, how long will it take …

1. Determine if Sony\'s PS2 ICs are ahead or behind Moore\'s Law, starting in 19

1. Determine if Sony's PS2 ICs are ahead or behind Moore's Law, starting in 1999 with a combined die area of 519 mm2 and finishing in 2004 with a die area of 86 mm 2 . Sony had us…

1. Determine if the following are caused by random or systematic error: 2. Sligh

1. Determine if the following are caused by random or systematic error: 2. Slightly depressing the rubber band bumper with the glider before releasing it. 3. Despite using proper …

1. Determine the Nyquist sample rate for a maximum analog input frequency of: (a

1. Determine the Nyquist sample rate for a maximum analog input frequency of: (a) 4 KHz (b) 10 KHz 2. Determine the dynamic range for a 10-bit sign-magnitude PCM code. 3. Determin…

1. Determine the Nyquist sample rate for a maximum analog input frequency of: (a

1. Determine the Nyquist sample rate for a maximum analog input frequency of: (a) 4 KHz (b) 10 KHz 2. Determine the dynamic range for a 10-bit sign-magnitude PCM code. 3. Determin…

1. Determine the angle ofthe magnetic force per unit length on wire M due to the

1. Determine the angle ofthe magnetic force per unit length on wire M due to the othertwo 2.Determine angle of the magneticforce per unit length on wire N due to the othertwo. 3.D…

1. Determine the applied torque at each distance (make sure to use the correct d

1. Determine the applied torque at each distance (make sure to use the correct distance!) to complete the above table. Comment on your results. 2. Write an expression equating the…