Engineering analysis

2. Let\'s just say the resistance o the circuit used to create your electromagne

2. Let's just say the resistance o the circuit used to create your electromagnet is about 2 ohm's. If you wanted to think of ways to manipulate your electromgnets magnetic field, …

2. Lighting occurs when there is a flow of electric charge(principle electrons)

2. Lighting occurs when there is a flow of electric charge(principle electrons) between the ground and a thundercloud. The maximum rate of charge flow in a lighting bolt is about2…

2. Look at the schematic diagram in the figure above. The oscillator shown gener

2. Look at the schematic diagram in the figure above. The oscillator shown generates a sine wave with a small DC component. The waveform produced by the oscillator is shown on the…

2. Look at the schematic diagram in the figure above. The oscillator shown gener

2. Look at the schematic diagram in the figure above. The oscillator shown generates a sine wave with a small DC component. The waveform produced by the oscillator is shown on the…

2. M1 has a mass of 5Kg and a mass of 20Kg M2 , assuming no friction or friction

2. M1 has a mass of 5Kg and a mass of 20Kg M2 , assuming no friction or frictional component determines the weight of the mass m1 along the inclined plane having an angle of 30o .…

2. Many animals see well at night. (Actually, humans are pretty good at this, be

2. Many animals see well at night. (Actually, humans are pretty good at this, being only a factor of two less sensitive than owls.) Let's consider the minimal light level you can …

2. Material Properties/Applications a. What effect does the thermal conductivity

2. Material Properties/Applications a. What effect does the thermal conductivity have on the slope of the temperature profile in a given material? That is, does a higher thermal c…

2. Material Properties/Applications a. What effect does the thermal conductivity

2. Material Properties/Applications a. What effect does the thermal conductivity have on the slope of the temperature profile in a given material? That is, does a higher thermal c…

2. Measured along the surface of the water, a rectangular swimmingpool has a len

2. Measured along the surface of the water, a rectangular swimmingpool has a length of 15 m. Along this length, the flat bottom ofthe pool slopes down at an angle of 11 degrees be…

2. Merry-go-round (8 points). While merry-go-rounds aré seeh as dangerous playgr

2. Merry-go-round (8 points). While merry-go-rounds aré seeh as dangerous playground equipment by some, by others (u deal of physics. At a nearby playground, you come upon an empt…

2. Metals are usually crystalline and seldom amorphous. Most ceramics are crysta

2. Metals are usually crystalline and seldom amorphous. Most ceramics are crystalline, but there are significant examples of amorphous ceramics (glass). Polymers are most often am…

2. Michelson Interferometer a. A research group at CSUSB is using a Michelson In

2. Michelson Interferometer a. A research group at CSUSB is using a Michelson Interferometer to calibrate an affordable scanning the tunneling microscope that they are inventing. …

2. Migratory bird flight a) When geese fly south for the winter, one typically o

2. Migratory bird flight a) When geese fly south for the winter, one typically observes a formation of geese flying in a V-shaped pattern. Based on your aerodynamic knowledge of w…

2. Mobility was originally defined in Lec. 6 to be the scaling constant between

2. Mobility was originally defined in Lec. 6 to be the scaling constant between drift velocity (Udrift) and electric field (8). Earlier in the same lecture, mobility was defined b…

2. More Harry Potter (sorry) Harry Potter, flying his broomstick at speed 0.6c p

2. More Harry Potter (sorry) Harry Potter, flying his broomstick at speed 0.6c passes Hermione standing on the ground. Ten seconds (in the ground’s frame of reference) after Harry…

2. Name three other radiation types found in the environment. ? 4. What is the d

2. Name three other radiation types found in the environment. ? 4. What is the difference between alpha, beta and gamma radiation? 2. Name three other radiation types found in the…

2. Net force, force components, and friction. A box (mass=35kg) is set on an inc

2. Net force, force components, and friction. A box (mass=35kg) is set on an incline (angle=35.5o). The coefficient of kinetic friction between the box and the incline is 0.15. Th…

2. Net present value. Lazy Links Country Club has been more successful than expe

2. Net present value. Lazy Links Country Club has been more successful than expected in the 3 years since it opened. The owners believe that this growth will continue for 10 years…

2. Now, suppose that Zak\'s younger cousin, Greta, sees him sliding and takes of

2. Now, suppose that Zak's younger cousin, Greta, sees him sliding and takes off her shoes so that she can slide as well (assume her socks have the same coefficient of kinetic fri…

2. O-M points SerCP7 13.POO1 AF. My Notes Ask Your Teacher A 0.40 kg object is a

2. O-M points SerCP7 13.POO1 AF. My Notes Ask Your Teacher A 0.40 kg object is attached to a spring with force constant 152 N/m so that the object is allowed to move on a horizont…

2. OV3 points | Previous Answers My Notes Ask Your Teach Two small identical con

2. OV3 points | Previous Answers My Notes Ask Your Teach Two small identical conducting balls start with different amounts of charge on them. Initially, when they are separated by…

2. Of Calculus and Plotting:2 A particle moves along the r-axis according to: 2(

2. Of Calculus and Plotting:2 A particle moves along the r-axis according to: 2(t) = (10 ms-1)t-(2 ms-2)t2. Note: since position, velocity, and acceleration are all vectors, in fu…

2. Of the following gases, the most abundant in theatmosphere is A. oxygen. B. n

2. Of the following gases, the most abundant in theatmosphere is A. oxygen. B. nitrogen. C. carbon dioxide. D. argon. 3. Weather phenomena such as clouds and storms are found inth…

2. On HW2 # 1, we rescaled in the projectile problem using y-x/V2g-1 and = t/Vg-

2. On HW2 # 1, we rescaled in the projectile problem using y-x/V2g-1 and = t/Vg-1 This yielded the IVP du 1)2 where = V2/gf. Also, we used the same rescaling in the constant-gravi…

2. On a recent adventure trip, Anita Break went rock-climbing. Anita was able to

2. On a recent adventure trip, Anita Break went rock-climbing. Anita was able to steadily lift her 800- kg body 20.0 meters in 100 seconds. Determine Anita 's power rating during …

2. On a touchdown attempt, 95.00 kg running back runs toward the end zone at 3.7

2. On a touchdown attempt, 95.00 kg running back runs toward the end zone at 3.750 m/s. A 113.0 kg line-backer moving at 5.380 m/s meets the runner in a head-on collision. If the …

2. On the Arduino Uno (and other ATMega based boards) an \"int\" stores a 16-bit

2. On the Arduino Uno (and other ATMega based boards) an "int" stores a 16-bit (2- byte) value. "int" store negative numbers with a technique called 2's complement math. The highe…

2. On the Arduino Uno (and other ATMega based boards) an “ int ” stores a 16-bit

2. On the Arduino Uno (and other ATMega based boards) an “int” stores a 16-bit (2-byte) value. “int” store negative numbers with a technique called 2's complement math. The highes…

2. One hundred (100.) grams of glass beads are heated to 120.°C and then dumped

2. One hundred (100.) grams of glass beads are heated to 120.°C and then dumped into the calorimeter used in the laboratory. In the calorimeter there is 150. g of water, initially…

2. One hundred (100.) grams of glass beads are heated to 120.°C and then dumped

2. One hundred (100.) grams of glass beads are heated to 120.°C and then dumped into the calorimeter used in the laboratory. In the calorimeter there is 150. g of water, initially…

2. Oscar\'s dog house is shaped like a tent. The slanted sides are both 5 feet l

2. Oscar's dog house is shaped like a tent. The slanted sides are both 5 feet long and the bottom of the house is 6 feet across. What is the height of his dog house, in feet and m…

2. Oscar\'s dog house is shaped like a tent. The slanted sides are both 5 feet l

2. Oscar's dog house is shaped like a tent. The slanted sides are both 5 feet long and the bottom of the house is 6 feet across. What is the height of his dog house, in feet and m…

2. Part A Two concentric current loops lie in the same plane. The smaller loop h

2. Part A Two concentric current loops lie in the same plane. The smaller loop has a radius of 3.5 cm and a current of 12 A. The bigger loop has a current of 20 A . The magnetic f…

2. Photo-production. Suppose a photon collides with a particle (call it particle

2. Photo-production. Suppose a photon collides with a particle (call it particle 0) with mass m0, that is initially at rest. After the collision, particle 0 disappears and two new…

2. Photoionization of atoms The photoelectric effect works just as well with ind

2. Photoionization of atoms The photoelectric effect works just as well with individual atoms or molecules as with bulk matter. However, the ionization potential takes the role of…

2. Pitching (6 points) On a baseball diamond, the pitcher\'s mound is a horizont

2. Pitching (6 points) On a baseball diamond, the pitcher's mound is a horizontal distance of 18.3 m from home plate. LIU ace pitcher and physics major Cory Hart pitcher throws a …

2. Place the cylinder on the solenoid and connect the timing device 3. Hit the s

2. Place the cylinder on the solenoid and connect the timing device 3. Hit the switch and then release the cylinder, the cylinder should leave small marks on the tape. 4 Remove th…

2. Please answer the following questions: 1) In the foundation design, what are

2. Please answer the following questions: 1) In the foundation design, what are the key design issues for performance requirements? 5% A Standard Penetration Test (SPT) test was c…

2. Plot a FFT for each signal (amplitude units of gpk). a. Inspect both FFTs. Wh

2. Plot a FFT for each signal (amplitude units of gpk). a. Inspect both FFTs. What frequency components are these signals comprised of? b. What are the respective magnitudes (gpk)…

2. Plot a FFT for each signal (amplitude units of gpk). a. Inspect both FFTs. Wh

2. Plot a FFT for each signal (amplitude units of gpk). a. Inspect both FFTs. What frequency components are these signals comprised of? b. What are the respective magnitudes (gpk)…

2. Points) Consider the following sets of three measurement of the acceleration

2. Points) Consider the following sets of three measurement of the acceleration due to gravity made by (20 four students named David, Ryan, Jasmine, and Keiara. The standard value…

2. Previous Answers SerPSE9 8.P.004. W My Notes Ask Your Te 5/10 points I A 21.0

2. Previous Answers SerPSE9 8.P.004. W My Notes Ask Your Te 5/10 points I A 21.0-kg cannonball is fired from a cannon with muzzle speed of 1 150 m/s at an angle of 41.0° with the …

2. Program design First, write the general steps that this program might carry o

2. Program design First, write the general steps that this program might carry out, such as the following one: 1. Ask customer to enter his/her name 2. Ask customer to input the c…

2. Pulling hard: A block B of mass mg rests as shown on a bracket A of mass mA.

2. Pulling hard: A block B of mass mg rests as shown on a bracket A of mass mA. The coefficient of friction between the block and the bracket is , same for the static and kinetic …

2. Q.28-2 Anelectric field of 1.7 KV/m and a magnetic field of 0.422 T act on am

2. Q.28-2 Anelectric field of 1.7 KV/m and a magnetic field of 0.422 T act on amoving electron to produce no net force. If the fields areperpendicular to each other, what is the e…

2. Question Details SerCP8 19.P062. My Notes Ask Your Teacher A single-turn squa

2. Question Details SerCP8 19.P062. My Notes Ask Your Teacher A single-turn square loop of wire 1.00 cm on a side carries a counterclockwise current of 0.300 A. The loop is inside…

2. Question Details SerCP8 19.P062. My Notes Ask Your Teacher A single-turn squa

2. Question Details SerCP8 19.P062. My Notes Ask Your Teacher A single-turn square loop of wire 1.00 cm on a side carries a counterclockwise current of 0.300 A. The loop is inside…

2. Refer to the diagram, which is an overhead view (and is not to scale). Two st

2. Refer to the diagram, which is an overhead view (and is not to scale). Two stones, A and B, begin at rest on level, frictionless ice, as shown. The stones have unknown masses (…

2. Refer to the diagrame here (a side view, not to scale). A block (m=6.25kg) is

2. Refer to the diagrame here (a side view, not to scale). A block (m=6.25kg) is sliding to the right on this level, frictionless surface. At point A, its velocity of 1.74 m/s. A …

2. Refer to the figure below, which shows the wavefronts for a double-slit inter

2. Refer to the figure below, which shows the wavefronts for a double-slit interference experiment with light sources labeled S1 and S2. At which of the labeled points (A, B or C)…