Engineering analysis

2. An airplane is 5,000 m above an observer and 2.1 km to the west of them and 1

2. An airplane is 5,000 m above an observer and 2.1 km to the west of them and 1.5 km to the north of you. Determine the angle to the plane in the x – y axis and the total distanc…

2. An airtight cylindrical tank has it\'s axis vertical as shown in the figurel.

2. An airtight cylindrical tank has it's axis vertical as shown in the figurel. The tank has water filled in to to a height of 10.0 m. The gage pressure in the tank above the wate…

2. An astronomical unit (AU) is the average distance of the earth from the sun,

2. An astronomical unit (AU) is the average distance of the earth from the sun, approximately 149,000,000 km. The speed of light is about 3.0 x 108 m/s. Express the speed of light…

2. An earth-fill dam requires a compacted volume of 3.5 million yd of fill. The

2. An earth-fill dam requires a compacted volume of 3.5 million yd of fill. The soil to be used is wet clay (see properties below). Determine amount of loose soil that must be hau…

2. An egg drops from a second-story window, taking 1.22 s to fall and reaching a

2. An egg drops from a second-story window, taking 1.22 s to fall and reaching a speed of 11.9 m/s just before hitting the ground. On contactwith the ground, the egg stops complet…

2. An electric space heater has a power rating of 500 W when connected to a give

2. An electric space heater has a power rating of 500 W when connected to a given voltage V. _______ If two of the heaters are connected in series, is the power consumed by the tw…

2. An electric space heater has a power rating of 500 W when connected to a give

2. An electric space heater has a power rating of 500 W when connected to a given voltage V. _______ If two of the heaters are connected in series, is the power consumed by the tw…

2. An electron is released from rest between the plates from the surface of the

2. An electron is released from rest between the plates from the surface of the negative plate Circle the correct answers to the following assuming that the electron has arrived a…

2. An electron is released from rest between the plates from the surface of the

2. An electron is released from rest between the plates from the surface of the negative plate Circle the correct answers to the following assuming that the electron has arrived a…

2. An electron moves in a straight line at a constant speed of 2.5x10 m/s in a u

2. An electron moves in a straight line at a constant speed of 2.5x10 m/s in a uniform electric field of strength 450 V/m. If the electron is moving along the +x axis and the elec…

2. An elevator is moving upwards at a constant speed of 6.0 m/s when a bolt come

2. An elevator is moving upwards at a constant speed of 6.0 m/s when a bolt comes loose from the bottom. The bolt hits the bottom of the elevator shaft 3.0 s later. The elevator c…

2. An elevator is moving upwards at a constant speed of 6.0 m/s when a bolt come

2. An elevator is moving upwards at a constant speed of 6.0 m/s when a bolt comes loose from the bottom. The bolt hits the bottom of the elevator shaft 3.0 s later. The elevator c…

2. An engineer is going to solve a combinational logic design problem by using a

2. An engineer is going to solve a combinational logic design problem by using a ROM The circuit is to have two 4-bit nmbers X (xxxx) and Y (yyyy). It is to add the mumbers and pr…

2. An etch engineer has only a high pressure plasma etch and an ion mill availab

2. An etch engineer has only a high pressure plasma etch and an ion mill available. Select which you would use in the following applications. Justify your answer. a. Etching 5000Å…

2. An individual started standing on a force plate. He performed a countermoveme

2. An individual started standing on a force plate. He performed a countermovement jump and then landed back to the force plate. Below is the hypothetical vertical ground reaction…

2. An inflatable bag is located in the dashboard of a car. In acollision, the ba

2. An inflatable bag is located in the dashboard of a car. In acollision, the bag expands suddenly and cushions the impact of thepassenger. The forward motion of the passenger mus…

2. An ink drop with a mass of 1.8x10 10 kg and a negative charge of magnitude 2.

2. An ink drop with a mass of 1.8x10 10 kg and a negative charge of magnitude 2.5x10 13 Centers a region between two charged plates. Assume that the electric field between the pla…

2. An ink drop with a mass of 1.8x10 10 kg and a negative charge of magnitude 2.

2. An ink drop with a mass of 1.8x10 10 kg and a negative charge of magnitude 2.5x10 13 Centers a region between two charged plates. Assume that the electric field between the pla…

2. An iron ball of mass 500 g at a temperature of500 ° C is cooled by placing it

2. An iron ball of mass 500 g at a temperature of500 °C is cooled by placing it ona block of ice taken from the freezer. If the mass of the ice is800 g and its initial temperature…

2. An isolated cylindrical capacitor consists of two concentric conducting cylin

2. An isolated cylindrical capacitor consists of two concentric conducting cylinders of length L. The innder cylinder has a radius Ra and the outer cylinder has a radius Rb. The i…

2. An object is in equilibrium. Which of the following statements might be true

2. An object is in equilibrium. Which of the following statements might be true for this object? (a) Only one physical force acts on the object. (b) Only two perpendicular forces …

2. An object with size h 12cm is a distance s 15cm in front of a converging lens

2. An object with size h 12cm is a distance s 15cm in front of a converging lens. The lens is L 18cm in front of a convex mirror. The lens has a focal length fi cm, and the mirror…

2. An oddly shaped magnet is shown. A student determines the direction of the ma

2. An oddly shaped magnet is shown. A student determines the direction of the magnetic field at a number of points around the magnet and sketches the direction of the field vector…

2. An open-top 20.0[in] tall cylindrical tank is filled with water as shown belo

2. An open-top 20.0[in] tall cylindrical tank is filled with water as shown below. A small puncture on the side of the tank, is located just 15 .0[mJ above round. The flow rate ou…

2. An open-top 20.0[m] tall cylindrical tank is filled with water as shown below

2. An open-top 20.0[m] tall cylindrical tank is filled with water as shown below. A small puncture on the side of the tank, is located just 15 .0[in] above ground. The flow rate o…

2. An open-top 20.0[m] tall cylindrical tank is filled with water as shown below

2. An open-top 20.0[m] tall cylindrical tank is filled with water as shown below. A small puncture on the side of the tank, is located just 15 .0[m] above round. The flow rate out…

2. An over-excited synchronous machine delivers reactive power to a transmis- si

2. An over-excited synchronous machine delivers reactive power to a transmis- sion line. Explain this statement and what is meant by the term "over-excited". 3. An under-excited s…

2. An over-excited synchronous machine delivers reactive power to a transmis- si

2. An over-excited synchronous machine delivers reactive power to a transmis- sion line. Explain this statement and what is meant by the term "over-excited". 3. An under-excited s…

2. An unstretched spring is 10 cm. long. A force of 10N compresses it to 9 cm. a

2. An unstretched spring is 10 cm. long. A force of 10N compresses it to 9 cm. a. How much force is needed to stretch it to 12cm.? b.How much energy is needed to stretch it from 1…

2. Analyze the lTL gate shown below by answering the following questions. 4k 1.6

2. Analyze the lTL gate shown below by answering the following questions. 4k 1.6k INPUTS 1k (a) Let input voltages be low = 0 and HIGH +5 V. Make a table that states whether each …

2. Analyze the lTL gate shown below by answering the following questions. 4k 1.6

2. Analyze the lTL gate shown below by answering the following questions. 4k 1.6k INPUTS 1k (a) Let input voltages be low = 0 and HIGH +5 V. Make a table that states whether each …

2. Ann performs three different dives and rotates through the same number of rev

2. Ann performs three different dives and rotates through the same number of revolutions in the same amount of time in all three dives. In all the dives, Ann’s positions at takeof…

2. Answer each of the following with reference to the overfill alarm program sho

2. Answer each of the following with reference to the overfill alarm program shown in Figure 11-33. a. Assume that the vessel is filling and has reached the 300-lb point. State th…

2. Approximation of Signal u(t) (30 points). The plots in Fig 3 show the signal

2. Approximation of Signal u(t) (30 points). The plots in Fig 3 show the signal u(t)-e-sin(ut) Volts, with w= 4 rad/s, in red and its pulse-based approximation in blue. Here, da(t…

2. As an airplane speeds up for take off air passes over the top of its wings. T

2. As an airplane speeds up for take off air passes over the top of its wings. The air passing underneath the wings is at atmospheric pressure but the air passing over the top of …

2. As discussed in section 27.3 of Carroll & Ostlie, the Virgo Cluster of galaxi

2. As discussed in section 27.3 of Carroll & Ostlie, the Virgo Cluster of galaxies contains 250 large galaxies (as larger or many times larger than the Milky Way) and thousand…

2. As discussed in section 27.3 of Carroll& Ostlie, the Virgo Cluster of galaxie

2. As discussed in section 27.3 of Carroll& Ostlie, the Virgo Cluster of galaxies contains 250 large galaxies (as larger or many times larger than the Milky Way) and thousands…

2. As shown below, a square loop of wire of side a moves through a uniform magne

2. As shown below, a square loop of wire of side a moves through a uniform magnetic field of magnitude B perpendicular to the page at constant velocity V directed to the right. Wh…

2. As some molten metal splashes, one droplet flies off to S the east with initi

2. As some molten metal splashes, one droplet flies off to S the east with initial velocity y- at angle Theta above the horizontal, and another droplet flies off to the west with …

2. As the fragment falls through the atmosphere, it is heated and some of the ma

2. As the fragment falls through the atmosphere, it is heated and some of the material is vaporized. Explain how you could determine the composition of this hot vaporized material…

2. As you ride on a Ferris wheel, your apparent weight is different at the top t

2. As you ride on a Ferris wheel, your apparent weight is different at the top than at the bottom. a. Explain this phenomenon. b. Calculate your apparent weight at the bottom of t…

2. Assume that a rainfall event of intensity 2.25 cm/h falls over a uniformly fo

2. Assume that a rainfall event of intensity 2.25 cm/h falls over a uniformly forested watershed of area 20 km2. If the only water losses during this event are those due to interc…

2. Assume that the on chip ROM has a message Wt Also, as you p to copy it from c

2. Assume that the on chip ROM has a message Wt Also, as you p to copy it from code Write a space into the upper memory space starting at upper RAM, give a copy to PO. (10 points)…

2. Assume that the power switch for the radio is in the ON position, and that th

2. Assume that the power switch for the radio is in the ON position, and that the battery is in good condition. A voltmeter placed at the junction of R4 and D2 displays a reading …

2. Assume the center of gravity of the meter stick (the point at which the weigh

2. Assume the center of gravity of the meter stick (the point at which the weight of the entire meter stick seems to be concentrated) is at the 0.500m mark. The meter stick is piv…

2. Assume the center of gravity of the meter stick (the point at which the weigh

2. Assume the center of gravity of the meter stick (the point at which the weight of the entire meter stick seems to be concentrated) is at the 0.500m mark. The meter stick is piv…

2. Assume two logic families have the following D.C. characteristics: Logic Fami

2. Assume two logic families have the following D.C. characteristics: Logic Family "A” VOH 4.2 V | VOL-0.45 V | VIH3.60 V | VIL-1.60 V Logic Family "B" VOH = 3.7 V | Vol. = 0.37 V…

2. At a hospital emergency room, patients come in at the rate of 30 per hour and

2. At a hospital emergency room, patients come in at the rate of 30 per hour and on average, are processed at the rate as well. Patients wait in queue till they are called in for …

2. At first the bulb is dim and it gets brighter and brighter until the brightne

2. At first the bulb is dim and it gets brighter and brighter until the brightness levels off. 3. None of these is correct. 4. The bulb is dim and remains dim. 5. The bulb is brig…

2. At t = 0, a particle with a charge of-4.0 C and mass 1.5 is moving in the +x

2. At t = 0, a particle with a charge of-4.0 C and mass 1.5 is moving in the +x direction with velocity 0.9 m/s through a magnetic field of 1.0 T pointed in the -z direction a) Wh…