Engineering analysis

1) If you were asked \"what force keeps a satellite in its orbit around the eart

1) If you were asked "what force keeps a satellite in its orbit around the earth", what would you say? What would happen to the satellite if that force were suddenly removed? 2) W…

1) If you were to ride in an open-cockpit airplane to anelevation of 4000 ft abo

1) If you were to ride in an open-cockpit airplane to anelevation of 4000 ft above the sea level, what would theatmospheric pressure be if it conform to the standardatmosphere? 2)…

1) Ignoring air pressure, show that the pressure caused by a column of water 1.0

1) Ignoring air pressure, show that the pressure caused by a column of water 1.00 inches tall is equal to 248.9 Pa. 2) A smooth, thin, square piece of rubber, eight inches by eigh…

1) Immediately after the battery is connected, what is the voltage across the re

1)  Immediately after the battery is connected, what is the voltage across the resistor? How do you know? 2)  What is the resistance of the resistor? How do you know? 3)  After th…

1) Immediately after the battery is disconnected, what is the voltage across the

1)  Immediately after the battery is disconnected, what is the voltage across the capacitor? How do you know? 2)  After the battery has been disconnected for a long time, what is …

1) In 9.5s, a fisherman winds 2.6m of fishing line onto a reel whose r is 3cm. T

1) In 9.5s, a fisherman winds 2.6m of fishing line onto a reel whose r is 3cm. The line is being reeled at a constant speed. Determine the angular speed of the reel: 2) A gymnast …

1) In Example problem 12-2, what would the magnitude of the force of elbow be if

1) In Example problem 12-2, what would the magnitude of the force of elbow be if the mass of the weight was 7.00 kg? 570.7 N 649.2 N 698.1 N 465.4 N 2) The author points out in th…

1) In Example problem 12-2, what would the magnitude of the force of elbow be if

1) In Example problem 12-2, what would the magnitude of the force of elbow be if the mass of the weight was 7.00 kg? 570.7 N 649.2 N 698.1 N 465.4 N 2) The author points out in th…

1) In Example problem 12-2, what would the magnitude of the force of elbow be if

1) In Example problem 12-2, what would the magnitude of the force of elbow be if the mass of the weight was 7.30 kg? 593.7 N 675.2 N 726.3 N 484.2 N 2) The author points out in th…

1) In Fig. 4.1, a 10-kg mass is suspended from two spring scales that read in po

1) In Fig. 4.1, a 10-kg mass is suspended from two spring scales that read in pound, each of which has negligible weight. Thus: Note is not 10kg is 10lb A) Each scale will read 5l…

1) In Lab #7 Latches Flip-Flops and Counters\" you were given module JK FlipFlop

1) In Lab #7 Latches Flip-Flops and Counters" you were given module JK FlipFlop and its characteristic table Write test bench module JK FlipFlop tb that verifies module JK FlipFlo…

1) In Millikan\'s experiment, an oil drop of radius 1.95 m and density 0.857 g/c

1) In Millikan's experiment, an oil drop of radius 1.95 m and density 0.857 g/cm3 is suspended in chamber C (see the figure) when a downward electric field of 1.36 × 105 N/C is ap…

1) In Young\'s double-slit experiment what is the condition for a bright fringe?

1) In Young's double-slit experiment what is the condition for a bright fringe? Give your answer both in words and in equation form. 2) is bright fringe caused by constructive or …

1) In a certain region, the electric potential due to a charge distribution is g

1) In a certain region, the electric potential due to a charge distribution is given by the equation V(r.yz)-3ry2 + yz'2'x, where x, y, and z are measured in meters and V is in vo…

1) In a closed circuit (that consists of a electric heater, a metal conducting r

1) In a closed circuit (that consists of a electric heater, a metal conducting rod, and two rails), it must have an outside force applied to keep the rod moving at a constant spee…

1) In a double-slit experiment, light rays from the two slits that reach the sec

1) In a double-slit experiment, light rays from the two slits that reach the second maxima on one side of the central maxima, travel distances that differ by ?/2 4?     2? ? ?/4 2…

1) In a physics laboratory experiment, a coil with 210 turns enclosing an area o

1) In a physics laboratory experiment, a coil with 210 turns enclosing an area of 11.8 cm2 is rotated during the time interval 3.90×102 s from a position in which its plane is per…

1) In a physics laboratory experiment, a coil with 210 turns enclosing an area o

1) In a physics laboratory experiment, a coil with 210 turns enclosing an area of 11.8 cm2 is rotated during the time interval 3.90×102 s from a position in which its plane is per…

1) In an air-standard Brayton cycle, air enters the compressor at 1000 lb m /hr,

1) In an air-standard Brayton cycle, air enters the compressor at 1000 lbm/hr, 14.7 psia, and 40 °F, The inlet turbine temperature is 1440 °F. The compression process is accomplis…

1) In an isothermal process a. Pressure remains constant b. No heat exchange occ

1) In an isothermal process a. Pressure remains constant b. No heat exchange occurs c. Volume remains constant d. Temperature remains constant 2) The first law of thermodynamics i…

1) In an isothermal process a. Pressure remains constant b. No heat exchange occ

1) In an isothermal process a. Pressure remains constant b. No heat exchange occurs c. Volume remains constant d. Temperature remains constant 2) The first law of thermodynamics i…

1) In curved space one of these is wrong n a. Parallel lines may meet in curved

1)In curved space one of these is wrong na. Parallel lines may meet in curved space nb. The angles of a triangle do not add up to 180 degrees nc. The ratio of the circumference of…

1) In each case, charged particles are in a magnetic uniform magnetic field. All

1) In each case, charged particles are in a magnetic uniform magnetic field. All magnetic fields have the same strength and all point out of and are perpendicular to the page. In …

1) In figure 10-25, the ice-skater changes her angular velocity when she spins b

1) In figure 10-25, the ice-skater changes her angular velocity when she spins by starting the spin with her arms stretched out and then drawing her arms in. By drawing her arms i…

1) In figure 10-25, the ice-skater changes her angular velocity when she spins b

1) In figure 10-25, the ice-skater changes her angular velocity when she spins by starting the spin with her arms stretched out and then drawing her arms in. By drawing her arms i…

1) In figure 10-25, the ice-skater changes her angular velocity when she spins b

1) In figure 10-25, the ice-skater changes her angular velocity when she spins by starting the spin with her arms stretched out and then drawing her arms in. By drawing her arms i…

1) In our first example we will consider a very simple application of Newton’s s

1) In our first example we will consider a very simple application of Newton’s second law. A worker with spikes on his shoes pulls with a constant horizontal force of magnitude 20…

1) In procedure 1: assume four different capacitors are connected in series to a

1) In procedure 1: assume four different capacitors are connected in series to a battery. - The potential difference across the capacitors is: a)the same for all capacitors b)grea…

1) In the case of a non-conductor Answer 1. its surface must be all the same ele

1) In the case of a non-conductor Answer 1. its surface must be all the same electric potential 2. its entire volume except for its surface must be the same electric potential 3. …

1) In the circuit below both meters are idealized, the battery has no appreciabl

1) In the circuit below both meters are idealized, the battery has no appreciable internal resistance, and the ammeter reads 1.39 A. (Let R1 = 52.0 ?, R2 = 29.0 ?, and R3 = R4 = 1…

1) In the circuit shown it is known that the current through resistor R1 to be I

1) In the circuit shown it is known that the current through resistor R1 to be I1=6A in the direction shown. (a) Write down the loop equation for loop abfga. Travel the loop clock…

1) In the diagram above, charge q 2 is 2x10 -9 C and charge q 1 has mass 0.12g.

1) In the diagram above, charge q2 is 2x10-9C and charge q1 has mass 0.12g. The separation r is 5.3cm, and the angle ? is 14.5 degrees. Find q1 (magnitude and sign, you don't need…

1) In the drawing above, E = 4.0N/C and d = 1.5m. Calculate the work done by the

1) In the drawing above, E = 4.0N/C and d = 1.5m. Calculate the work done by the electric field in moving a +5.0x10-9C charge from A to B. Be sure to include - sign if your answer…

1) In the drawing below, E = 4.0N/C and d = 1.5m. Calculate the work done by the

1) In the drawing below, E = 4.0N/C and d = 1.5m. Calculate the work done by the electric field in moving a +5.0x10-9C charge from A to B. Be sure to include - sign if your answer…

1) In the figure above, Qa = +2.345 C and Qc= -2.345 C. Where Qa is is point A,

1) In the figure above, Qa = +2.345 C and Qc= -2.345 C. Where Qa is is point A, where Qb is point B, etc. A.What is the potential at point B due to Qa and Qc? B. If Qb= +3.454 C, …

1) In the figure, a crate with mass M is on a rough surface inclined at 30°. A c

1) In the figure, a crate with mass M is on a rough surface inclined at 30°. A constant external force is applied horizontally to the crate. As the force pushes the crate a distan…

1) In the figure, block 1 has mass m1 = 480 g, block 2 has mass m2 = 600 g, and

1) In the figure, block 1 has mass m1 = 480 g, block 2 has mass m2 = 600 g, and the pulley is on a frictionless horizontal axle and has radius R = 5.1 cm. When released from rest,…

1) In the first law of thermodynamics (?U = Q + W), the variables Q and W stand

1) In the first law of thermodynamics (?U = Q + W), the variables Q and W stand for A) the heat flow out of the system and the work done on the system. B) the heat flow out of the…

1) In the following circuit find the values the Multimeters should read. Also fi

1) In the following circuit find the values the Multimeters should read. Also find the power supplied by the 12 V battery (V1) and the power dissipated by the 2V battery (V2). Ple…

1) In the machining process, the basic method of removing material from the surf

1) In the machining process, the basic method of removing material from the surface of a workpiece is by producing chips. A cutting tool moves along the workpiece at a certain vel…

1) In the rectangle of Fig. 24-50, the sides have lengths 5.88 cm and 13.7 cm, q

1) In the rectangle of Fig. 24-50, the sides have lengths 5.88 cm and 13.7 cm, q1 = -5.38 µC, and q2 = +2.05 µC. How much work is required to move a charge q3 = +3.70 µC from B to…

1) In this lab you will design the following data path components at the RTL lev

1) In this lab you will design the following data path components at the RTL level: Arithmetic Logic Unit (should implement the functions as defined in Table on p. 259 of the text…

1) In this problem, we are going to explore some of the concepts of field-effect

1) In this problem, we are going to explore some of the concepts of field-effect transistor. a) Define "field effect" b) Precisely what is the "channel" in J-FET terminology? c) F…

1) In this virtual lab, you will use coffee cup calorimetry to determine the spe

1) In this virtual lab, you will use coffee cup calorimetry to determine the specific heat, c, of a metal. Imagine that, in lab, you record the mass of a piece of metal, mmetal, a…

1) In this virtual lab, you will use coffee cup calorimetry to determine the spe

1) In this virtual lab, you will use coffee cup calorimetry to determine the specific heat, c, of a metal. Imagine that, in lab, you record the mass of a piece of metal, mmetal, a…

1) In which one of the following systems is there an increase in gravitational p

1) In which one of the following systems is there an increase in gravitational potential energy? a. a girl jumps down from a bed b. water is forced downward through a pipe c. a ca…

1) In which one or more of the following situations does the image contrast equa

1) In which one or more of the following situations does the image contrast equal 25%? Image point = intensity of 5; background point = intensity of 20 Image point = intensity of …

1) In x-y bplane, a point charge of +6C is on the x-axisat (-10cm,0), and a seco

1) In x-y bplane, a point charge of +6C is on the x-axisat (-10cm,0), and a second point charge of -10C is alsolocated on the x-axis at the oint (40cm, 0). a) Determine the Electr…

1) In your lab notebook, draw a free-body diagram for the block+mass used in the

1) In your lab notebook, draw a free-body diagram for the block+mass used in the first exploration and one for the block used in the second exploration. 2) For each of the two exp…

1) In 
the 
circuit 
below, 
find 
the 
voltage 
reading
 as 


1) In 
the 
circuit 
below, 
find 
the 
voltage 
reading
 as 
seen
 by 
the 
highâ€impedance voltmeter
 across 
the 
2
Ω 
resistor. 
Note 
t…