Engineering analysis

1. If the temperature change in this experiment is 29 degrees celcius, then what

1. If the temperature change in this experiment is 29 degrees celcius, then what would be the temperature change in Fahrenheight? Also in Kelvin?   (NOTE THIS DOENST SAY CONVERT 2…

1. If the temperature of a fixed amount of an idal 7.You wish to increase the te

1. If the temperature of a fixed amount of an idal 7.You wish to increase the temperature of a 1.00- gas is increased, it NECESSARILY follows that A) the pressure of the gas will …

1. If the total impedance has a negative phase angle the network is capacitive i

1. If the total impedance has a negative phase angle the network is capacitive in nature. 2. Combining the impedance of more than one element can be of value in determining the to…

1. If the transmitted light is at maximum intensity when the two polarizers are

1. If the transmitted light is at maximum intensity when the two polarizers are parallel, and minimum intensity when the two polarizers are perpendicular, what is the relationship…

1. If the voltage on a positive and a negative region on the paper is 5.0 V, how

1. If the voltage on a positive and a negative region on the paper is 5.0 V, how much work woulld be needed to move 2.0 C of charge from the negative to the positive region? 2. ho…

1. If the voltage on a positive and a negative region on the paper is 5.0 V, how

1. If the voltage on a positive and a negative region on the paper is 5.0 V, how much work woulld be needed to move 2.0 C of charge from the negative to the positive region? 2. ho…

1. If the z-axis carries a linear charge density of 8 nC/m, what is the magnitud

1. If the z-axis carries a linear charge density of 8 nC/m, what is the magnitude of the electric field at the point (6 cm, 2 cm, 0 cm)? 2. Two concentric shells with radii r1= 7 …

1. If the z-axis carries a linear charge density of 8 nC/m, what is the magnitud

1. If the z-axis carries a linear charge density of 8 nC/m, what is the magnitude of the electric field at the point (6 cm, 2 cm, 0 cm)? 2. Two concentric shells with radii r1= 7 …

1. If there is a Sorce of 5.0 x 10-N acting to the left on an electron, the elec

1. If there is a Sorce of 5.0 x 10-N acting to the left on an electron, the electric fekl at the location of this elctron will b A. ero B. 8.0 x 10-N/C to the right C. 8.0 x 10-N/…

1. If transverse waves on a string travel with a velocity of 20 m/s when the str

1. If transverse waves on a string travel with a velocity of 20 m/s when the string is under a tension of 30 N, what tension will be required for the waves to travel with a veloci…

1. If two collinear vectors A and B are added, the resultant has a magnitude equ

1. If two collinear vectors A and B are added, the resultant has a magnitude equal to 4.0. If vector B is subtracted from vector A the resultant has a magnitude equal to 8.0. What…

1. If two collinear vectors A and B are added, the resultant has a magnitude equ

1. If two collinear vectors A and B are added, the resultant has a magnitude equal to 4.0. If vector B is subtracted from vector A the resultant has a magnitude equal to 8.0. What…

1. If two equal charges are separated by a certain distance, the force of repuls

1.       If two equal charges are separated by a certain distance, the force of repulsion is F. Given F1, if each charge in F1 is doubled and the distance is cut in half, what is …

1. If two identical transverse waves travel in the same direction along a string

1. If two identical transverse waves travel in the same direction along a string and have a phase difference of 0.75 wavelength, what type of interference occurs? a. fully constru…

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the ta

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the tank? 2. A irregular piece of metal has a dry mass of 5.7 kg. Once it is submerged it has an apparent…

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the ta

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the tank? 2. A irregular piece of metal has a dry mass of 5.7 kg. Once it is submerged it has an apparent…

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the ta

1. If water leaves a tank of water at a velocity of 16.7 m/s, how tall is the tank? 2. A irregular piece of metal has a dry mass of 5.7 kg. Once it is submerged it has an apparent…

1. If we were to cool the air way down,the molecules would move more slowly, all

1. If we were to cool the air way down,the molecules would move more slowly, allowing them to come closer together where they would interact with each other. (Whether these intera…

1. If you are driving 100 k m / h along a straight road and you look to the side

1. If you are driving 100 km/h along a straight road and you look to the side for 2.6s how far do you travel during this inattentive period? 2.A rolling ball moves from x1 = 9.0cm…

1. If you double the current in a wire that you use as the detector of an extern

1. If you double the current in a wire that you use as the detector of an external magnetic field, what happens to the force that the magnetic field exerts on it?      a.) Does no…

1. If you double the stretched length of a spring, the potential energy stored i

1. If you double the stretched length of a spring, the potential energy stored in the spring goes up by a factor of _______. 2 4 16 1/4 none of the above 2. The distance between t…

1. If you double the stretched length of a spring, the potential energy stored i

1. If you double the stretched length of a spring, the potential energy stored in the spring goes up by a factor of _______. 2 4 16 1/4 none of the above 2. The distance between t…

1. If you drop a penny off the Empire State Building (height of 381m) how fast w

1. If you drop a penny off the Empire State Building (height of 381m) how fast will it be going when it hits the sidewalk below ignoring air resistance? Note you can't ignore air …

1. If you drop a penny off the Empire State Building (height of 381m) how fast w

1. If you drop a penny off the Empire State Building (height of 381m) how fast will it be going when it hits the sidewalk below ignoring air resistance? Note you can't ignore air …

1. If you go 10 m North then 20 m South then 30 m East then102 Northwest then wh

1. If you go 10 m North then 20 m South then 30 m East then102 Northwest then where are you from where youstarted?    a) 20.4 mEast b)    10 m Southeast   c)at the origin   d) 20 …

1. If you had the 6V supply set toits full voltage and set so that the maximum s

1.      If you had the 6V supply set toits full voltage and set so that the maximum supply current is 5A,use Ohm’s law to fill in the following two blanks: a.       If a 1kOhm res…

1. If you push an object twice the distance with twice the force, you do: a. twi

1. If you push an object twice the distance with twice the force, you do: a. twice the work b. four times as much work c. the same amount of work 2. A hunter aims a rifle at an an…

1. If you quadruple the speed of your car, how does its kinetic energy change? a

1. If you quadruple the speed of your car, how does its kinetic energy change? a. Its kinetic energy becomes 4 times greater. b. Its kinetic energy becomes 4 times less. c. Its ki…

1. If you quadruple the speed of your car, how does its kinetic energy change? a

1. If you quadruple the speed of your car, how does its kinetic energy change? a. Its kinetic energy becomes 4 times greater. b. Its kinetic energy becomes 4 times less. c. Its ki…

1. If you quickly run a comb through your hair several times , then bring the co

1. If you quickly run a comb through your hair several times , then bring the comb up to the right side of a small but smooth stream of running water from a sink faucet, the strea…

1. If you quickly run a comb through your hair several times , then bring the co

1. If you quickly run a comb through your hair several times , then bring the comb up to the right side of a small but smooth stream of running water from a sink faucet, the strea…

1. If you want to double the wave speed, by what factor should you change the te

1. If you want to double the wave speed, by what factor should you change the tension? Why? (Assume that the linear mass density does not change.) 2. If the wave speed is doubled,…

1. If you want to quantize a signal using 10 bits per sample (that is, using a 1

1. If you want to quantize a signal using 10 bits per sample (that is, using a 10 digit binary number), how many discrete values can you represent? 2. To represent a number with a…

1. If you want to quantize a signal using 10 bits per sample (that is, using a 1

1. If you want to quantize a signal using 10 bits per sample (that is, using a 10 digit binary number), how many discrete values can you represent? 2. To represent a number with a…

1. If you were going to design an airspeed system with no errors, what would it

1. If you were going to design an airspeed system with no errors, what would it look like? How would you eliminate the errors? 2. Compare and contrast the methods of measuring aer…

1. If you were to drop a ball, releasing it from rest, what information would be

1.   If you were to drop a ball, releasing it from rest, what information would be needed to predict how much time it would take for the ball to hit the floor? What assumptions mu…

1. If you were walking on the planet Mars, calculate the surface gravity you wou

1. If you were walking on the planet Mars, calculate the surface gravity you would experience? The mass of Mars is mm = 6.39 1023 kg and the radius is rm = 2107km (Express this in…

1. If your converging lens were placed in water, what would the value of its foc

1. If your converging lens were placed in water, what would the value of its focal length be? 2. If the distant object used in determining the focal length of the converging lens …

1. If yyou have a focal point of 10cm and an object distance of 100cm, what is t

1. If yyou have a focal point of 10cm and an object distance of 100cm, what is the image distance? a.100cm b. 10 cm c. 5.26 cm d. 63.5 cm 2. a nearsighted person does what? create…

1. Igor\'s having some (physics) fun with the Frankenstein monster before he\'s

1. Igor's having some (physics) fun with the Frankenstein monster before he's been brought (back) to life. The monster's legs are dangling over the edge of the table he's laying o…

1. Igor\'s having some (physics) fun with the Frankenstein monster before he\'s

1. Igor's having some (physics) fun with the Frankenstein monster before he's been brought (back) to life The monster's legs are dangling over the edge of the table he's laying on…

1. Igor\'s having some (physics) fun with the Frankenstein monster before he\'s

1. Igor's having some (physics) fun with the Frankenstein monster before he's been brought (back) to life. The monster's legs are dangling over the edge of the table he's laying o…

1. Igor\'s having some (physics) fun with the Frankenstein monster before he\'s

1. Igor's having some (physics) fun with the Frankenstein monster before he's been brought (back) to life The monster's legs are dangling over the edge of the table he's laying on…

1. Imagine a bunch of pixies trapped in an airtight jar. This jar is then placed

1. Imagine a bunch of pixies trapped in an airtight jar. This jar is then placed on a scale. Would the scale measure the largest weight when the pixies are flying around in the ja…

1. Imagine a figure with two blocks connected by a cord (of negligible mass) tha

1. Imagine a figure with two blocks connected by a cord (of negligible mass) that passes over a frictionless pulley (also of negligible mass). The arrangement is known as Atwood's…

1. Imagine a figure with two blocks connected by a cord (of negligible mass) tha

1. Imagine a figure with two blocks connected by a cord (of negligible mass) that passes over a frictionless pulley (also of negligible mass). The arrangement is known as Atwood's…

1. Imagine a magnet attached to a table so that it was free to rotate, but not t

1. Imagine a magnet attached to a table so that it was free to rotate, but not to move. How would this magnet orient itself if another magnet was brought near? 2. How does a compa…

1. Imagine a military fighter jet pursuing another another airplane. Both airpla

1. Imagine a military fighter jet pursuing another another airplane. Both airplanes move along the x-axis in the same direction. The speed of the fighter jet makes a loud noise at…

1. Imagine a proton approaching Earth from space in Earth\'s equatorial plane. T

1. Imagine a proton approaching Earth from space in Earth's equatorial plane. The magnetic force on that proton as it enters the Earth's magnetic field will tend to move it a) Eas…

1. Imagine an isolated positive point charge Q (many times larger than the charg

1.     Imagine an isolated positive point charge Q (many times larger than the charge on a single proton). There is a charged particle A (whose charge is much smaller than charge …