Engineering analysis

4. Charge q1 = +5.4 Mu C and charge q2 = -3.8 Mu C lie on the x-axis, as shown.

4. Charge q1 = +5.4 Mu C and charge q2 = -3.8 Mu C lie on the x-axis, as shown. Charge q1 is at the origin and charge q2 is at the location x2 = 1.32 m. a. Calculate a location (n…

4. Condaction is the heat transfer method used by the Sun to heat Earth When wat

4. Condaction is the heat transfer method used by the Sun to heat Earth When water froezes and becomses ice the individual molecules that make it up cease to the following questio…

4. Conservation of energy tells us that energy cannot be created or destroyed. C

4. Conservation of energy tells us that energy cannot be created or destroyed. Clearly, energy is required for radioactivity to occur. Where is this energy coming from? (10 points…

4. Consider a small concentrating solar power (CSP) system consisting of a parab

4. Consider a small concentrating solar power (CSP) system consisting of a parabolic dish solar collector coupled with a Stirling heat engine and electric generator. The dish-Stir…

4. Consider a tiny piece of copper at the Equator, in the shape of a rectangular

4. Consider a tiny piece of copper at the Equator, in the shape of a rectangular block with dimensions (L, W, H) = (7.3, 1) microns. The block of copper moves through the magnetic…

4. Consider the Colebrook equation for the friction factor in fully developed pi

4. Consider the Colebrook equation for the friction factor in fully developed pipe flow -21 goap + 2517) E/D 2.51 Vi where f is the Darcy friction factor, c/D is the relative roug…

4. Consider the Colebrook equation for the friction factor in fully developed pi

4. Consider the Colebrook equation for the friction factor in fully developed pipe flow -21 goap + 2517) E/D 2.51 Vi where f is the Darcy friction factor, c/D is the relative roug…

4. Consider the circuit from hell shown below. When a current has a value given

4. Consider the circuit from hell shown below. When a current has a value given (i.e. 4 A), you can trust the direction shown. When a current does not have a value given (i.e. I1)…

4. Consider the current loop shown below, consisting of 2 concentric 75 degree a

4. Consider the current loop shown below, consisting of 2 concentric 75 degree arc segments of radii, R1=0.10 m and R2= 0.14 m, connected by 2 segments that are parallel to the ce…

4. Consider the extensive form game depicted in the following figure (where the

4. Consider the extensive form game depicted in the following figure (where the payoff of player 1 is written on top, and the payoff of 2 is on the bottom) commitment freedom 2 Fi…

4. Cooks often pulse food in a food processor by repeatedly turning the power to

4. Cooks often pulse food in a food processor by repeatedly turning the power to the motor on and off. The blade has mass 50 g and a diameter of 12 cm and gets up to an angular sp…

4. Cristiano Ronaldo, a 95 kg soccer player, is running at 4m/s. a) How fast doe

4. Cristiano Ronaldo, a 95 kg soccer player, is running at 4m/s. a) How fast does Neymar, an 80 kg soccer player, need to run to have the same momentum as Ronaldo? _______________…

4. Current I1 is 5 A, and current I2 is 10 A. The distance d between the wires i

4. Current I1 is 5 A, and current I2 is 10 A. The distance d between the wires is 10 cm. a) What is the direction of the magnetic field current I1 generates at point A? Circle you…

4. DYNAMIC ANALYSIS OF BEAMS WITH DISTRIBUTED PROPERTIES For the beam shown, and

4. DYNAMIC ANALYSIS OF BEAMS WITH DISTRIBUTED PROPERTIES For the beam shown, and considering only the 1st mode, determine the maximum deflection 7.5 FT from the left support. ? EI…

4. Describe what seeded water is, and why we don\'t need a seed for this experim

4. Describe what seeded water is, and why we don't need a seed for this experiment? Or maybe we do need to seed them? Which one? 5. What is a minimum concentration of oxygen that …

4. Determine the capacitance of a single capacitor that will have the same effec

4. Determine the capacitance of a single capacitor that will have the same effect as a combination shown in Fig. 1. The capacitances of the capacitors are as follows: C1 = 100 µF;…

4. Diffraction of sound waves is much more evident than diffraction of visible l

4. Diffraction of sound waves is much more evident than diffraction of visible light waves because A) sound waves have a lower velocity that visible light waves B) sound waves hav…

4. Discuss whether shoe A (leather) or shoe B (synthetic) is better for the envi

4. Discuss whether shoe A (leather) or shoe B (synthetic) is better for the environment based on the data in the table below. Is it possible to weight one aspect (air, water, land…

4. Discuss whether shoe A (leather) or shoe B (synthetic) is better for the envi

4. Discuss whether shoe A (leather) or shoe B (synthetic) is better for the environment based on the data in the table below. Is it possible to weight one aspect (air, water, land…

4. Displacement current n instantaneous current is applied across a parallel-pla

4. Displacement current n instantaneous current is applied across a parallel-plate capacitor, as th shown in e figure below. For the space created by the air-gap, a) Indicate the …

4. Divide in binary 1001010110 0 1 / 11011 5. Octal addition ___________ 4 7 4 6

4.         Divide in binary 1001010110 0 1 / 11011 5.         Octal addition ___________ 4 7 4 6 5 6 5 5 4 7 5 7 6 7 4 6.         Hexadecimal subtraction                          …

4. Examine the electric field and charge distribution of a 1-meter long section

4. Examine the electric field and charge distribution of a 1-meter long section of two nested conducting cylinders. The interior cylinder has a radius of 1cm and a total charge of…

4. Experimental Question& Prediction: After exploring the behavior of charged pa

4. Experimental Question& Prediction: After exploring the behavior of charged particles, you will investigate how a charged particle can create a force on an initially neutral…

4. Express the following quantities using known prefixes: 5. Express the followi

4. Express the following quantities using known prefixes: 5. Express the following quantities in with no prefixes and in scientific notation: 6. Rank the following quantities in o…

4. Express the following quantities using known prefixes: 5. Express the followi

4. Express the following quantities using known prefixes: 5. Express the following quantities in with no prefixes and in scientific notation: 6. Rank the following quantities in o…

4. Figure 4 sbows three struts BC.CD and CE The struts are pin-jginted together

4. Figure 4 sbows three struts BC.CD and CE The struts are pin-jginted together at C and struts CD and CE are pin-jointed to a rigid support atDand Eas shown. Strut B is pin-joint…

4. Figure A: A varying force (N) is applied to a 5.00 kg crate as it moves in th

4. Figure A: A varying force (N) is applied to a 5.00 kg crate as it moves in the x- direction. How the force varies with position is given on the F vs. x graph. The work (J) done…

4. Figure A: Varying force (N) is applied to a 5.00 kg crate as it moves the x-

4. Figure A: Varying force (N) is applied to a 5.00 kg crate as it moves the x- direction. How the force varies with Position is given on the F vs. x graph. The work (J) done by t…

4. Find the equation of the line going through the points (-1,2) and (2,5) 5. Fi

4. Find the equation of the line going through the points (-1,2) and (2,5) 5. Find the slope and y intercept of the line whose equation is -+--3 6. Find the equation of the line g…

4. Find the value for PORTB after the execution of the following code: PORTB = 0

4. Find the value for PORTB after the execution of the following code: PORTB = 0xAA ^ 0xFF a. PORTB = 0x0A b. PORTB = 0x05 c. PORTB = 0x55 d. PORTB = 0xFF ////////////////////////…

4. Find the value for PORTB after the execution of the following code: PORTB = 0

4. Find the value for PORTB after the execution of the following code: PORTB = 0xAA ^ 0xFF a. PORTB = 0x0A b. PORTB = 0x05 c. PORTB = 0x55 d. PORTB = 0xFF ////////////////////////…

4. Following data refers to specifie gravity test of aggregates. Calculate thesg

4. Following data refers to specifie gravity test of aggregates. Calculate thesgravity 10 10 Points specific gravity Weight of empty pycnometer Weight of pycnometer + sand Weight …

4. For each elapsed time calculate the Stress () of the tissue which is under a

4. For each elapsed time calculate the Stress () of the tissue which is under a constant Strain (). Standard units for Stress are N/m² which is called a Pascal (Pa). With these sm…

4. For each elapsed time calculate the Stress () of the tissue which is under a

4. For each elapsed time calculate the Stress () of the tissue which is under a constant Strain (). Standard units for Stress are N/m² which is called a Pascal (Pa). With these sm…

4. For eutectoid steel: a). Sketch the thermal history (i.e., path) and calculat

4. For eutectoid steel: a). Sketch the thermal history (i.e., path) and calculate the final microstructure when the steel has the following heat treatment sequence: i) instantaneo…

4. For the electric field i Path a configuration shown to the right, which point

4. For the electric field i Path a configuration shown to the right, which point or points have the highest potential (voltage) a. A b. A and B c. B d. B and D e. A and C : Path b…

4. For the electric field i Path a configuration shown to the right, which point

4. For the electric field i Path a configuration shown to the right, which point or points have the highest potential (voltage) a. A b. A and B c. B d. B and D e. A and C : Path b…

4. For the following statements, choose the word or words inside the parentheses

4. For the following statements, choose the word or words inside the parentheses that serve(s) to make a correct statement. More than one answer may be correct. At 100 °C, the equ…

4. Given a system of five (5) 3500-lb, 700 feet per minute (fpm) elevator cars.

4. Given a system of five (5) 3500-lb, 700 feet per minute (fpm) elevator cars. Gearless traction motors are being used for this system. Each car operates approximately 65% of the…

4. Given the following sets of resistors and capacitors, rank the time it would

4. Given the following sets of resistors and capacitors, rank the time it would take for them to charge (i.e. rank their time constants t) if connected to a battery (the circles a…

4. Group up the numbers that are equal if A is an m × n matrix which is also the

4. Group up the numbers that are equal if A is an m × n matrix which is also the coefficient matrix of a linear system. (a) Number of rows of the matrix A (b) Number of columns of…

4. How do you know when an oscilloscope is triggered? this is the missing part i

4. How do you know when an oscilloscope is triggered? this is the missing part in the pic wave ror canbration purpose the votage across the capacitor in an RC cire Volts / divisio…

4. How many newtons of force are represented by the following amount: 3 kg m/sec

4. How many newtons of force are represented by the following amount: 3 kg m/sec Select the correct answer (a, b, or c) and justify your answer. a. 6 newtons b. 3 newtons c. 1 new…

4. How to discriminate the interference fit clearance fit and transition fit? 17

4. How to discriminate the interference fit clearance fit and transition fit? 17. A fit with the nominal size 025 is required to have the maximum clearance +0.013mm and the maximu…

4. How to discriminate the interference fit clearance fit and transition fit? 17

4. How to discriminate the interference fit clearance fit and transition fit? 17. A fit with the nominal size 025 is required to have the maximum clearance +0.013mm and the maximu…

4. If a pump A and B were operating in: Parallel. lift? a. What is the flow rate

4. If a pump A and B were operating in: Parallel. lift? a. What is the flow rate (individually and together) that can be provide 250' of b. Series. What is the head added in meter…

4. If the 100 Q resistor were connected in parallel to the capacitor instead of

4. If the 100 Q resistor were connected in parallel to the capacitor instead of in series, it is possible that the ammeter might be ruined. Explain. 5. What would the decay consta…

4. If the freezer removed 37.5 cal of heat from a cup of coffee at 90 C to cool

4. If the freezer removed 37.5 cal of heat from a cup of coffee at 90 C to cool it to 89.3°C, what is the mass of the coffee? (Ceofe 1.Ocal /gCo) (15 points) 5. Sound from the sir…

4. If there is more than one emf source in a complex circuit, Kirchhoff\'s Loop

4. If there is more than one emf source in a complex circuit, Kirchhoff's Loop Rule says: V Ri If the path chosen around loop passes through an emf source from the negative termin…

4. If torque is a vector, with specific direction in space, what is meant by clo

4. If torque is a vector, with specific direction in space, what is meant by clockwise and counterclockwise torques?