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Fonzie
Engineering
A world class runner can run long distances at a pace of 15 km/hour. That runner expends 800 kilocalories of energy per hour. a) Find the power (in Watts [W]) the runner is exerting while running. b) Find the total energy (in Joules [J]) exerted by the runner in a 15 km run. c) How many Milky Way (Original Single 52.2g) chocolate bars does the runner need to buy to supply the amount of energy to complete a half-marathon (13.1 miles) ? (Cite your source for the number of calories in a Milky Way bar)
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Elena Hoffman
Engineering
failure to yield the right-of-way to another vehicle or pedestrian is the primary Collision factor in about 20% of fatal and injury collisions in California what are the keys to avoid accidents caused by right away violations
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Jax Maldonado
Engineering
In RSA Digital Signature, Suppose Bob wants to send a signed message (x = 4) to Alice. The first steps are exactly t eps are exactly the same as it is done for an RSA encryption: Bob computes his RSA parameters and sends the public key to Alice. We know p = 3, q=11, and bob choose e=3. (Hint: We learn RSA algorithm and key generation in Week 7) (1) What is the public key pair Bob sends to Alice? (2) What is the value of signature s? (3) What is the value of verkpubA (x, s) ? Show all intermediate steps clearly.
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Katelynn Warren
Engineering
Consider an ordinary mercury-in-glass thermometer as a measurement system, and indicate which parts of the thermometer correspond to the components of a measurement system. (detect, transform, output)
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Kellen Hicks
Engineering
Solar energy stored in large bodies of water, called solar pounds, is being used to generate electricity. If such a solar power plant has an efficiency of 4 percent and a net power output of 350 kW, determine the average value of the required solar energy collection rate, in Btu/h.
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Jovanni Crawford
Engineering
What type of companies would employ in mechanical engineering
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Yukon
Engineering
Who are Emily Arden's backup singers?
1. the goodtones
2. the fairtones
3. the piglets
4. the smoothtones
this is for theater
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Remington
Engineering
What is energy in general?
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Princess Cooley
Engineering
Talc and graphite are two of the lowest minerals on the hardness scale. They are also described by terms like greasy or soapy. Both have a crystal structure characterized by sheet-structures at the atomic level, yet they don't behave like micas. What accounts for their unusual physical properties
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Teresa Woodard
Engineering
2. Determine the surface area of a primary settling tank sized to handle a maximum hourly flow of 0.570 m3/s at an overflow rate of 60.0 m/d. If the effective tank depth is 3.0 m, what is the effective theoretical detention time
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Sydney Horton
Engineering
Tech A says that the brake pedal uses leverage to multiply foot pressure. Tech B says that when braking hard while moving
forward, the vehicle's weight transfers to the rear wheels, increasing their traction. Who is correct?
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Dayanara Torres
Engineering
Major processing methods for fiberglass composited include which of the following? Mark all that apply) a) - Open Mold b) - Closed Mold c) - Preforming d) - Postforming e) - None of the above f) - All the above
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Jamya Eaton
Engineering
An agent in another state wants to become an agent in New York. The other state gives the same privileges to New York agents wanting to be licensed in that state as it does its own agents. New York, therefore, extends the privileges of its agents to the prospective agent of the other state. What is this called?
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Trevon
Engineering
A particle has an initial velocity of v0 = 14 ft/s to the right, at s0 = 0, and a = 2 ft/s2 to the left. determine its position t=10 s.
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Ashleigh Stuart
Engineering
Determine the static pressure to stagnation pressure ratio associated with the following motion in standard air: (a) a runner moving at the rate of 5 mph, (b) a cyclist moving at the rate of 40 mph, (c) a car moving at the rate of 65 mph, (d) an airplane moving at the rate of 500 mph on the altitude of 30000 ft.
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