2.05F
Q: An 83kg man eats a banana of energy content 1.00x10^3 kcal. If all of the energy from the banana is…
A: Given that:-Mass, m=83 kgEnergy, E=1.00×103 kCalInitial velocity, v0=0 m/swe know…
Q: Four operations in a manufacturing process represented as blocks are linked as shown. Each operation…
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Q: Consider the process shown in (Figure 1). Suppose E1 = 1 J. What is the final kinetic energy of the…
A: The conservation of energy can be given as,
Q: Determine a model on state variables using: Physical variables - Phase variables Output y mv ki 3 b…
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Q: Four operations in a manufacturing process represented as blocks are linked as shown. Each operation…
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Q: A 1,100 kg horse is walking at 3.0 m/s. How much energy does the horse have?
A: 1,100 kg horse is walking at 3.0 m/s. How much energy does the horse have?
Q: snip
A: GIVEN :bin Capacity = 160 planksMachine production rate = 250 planks / hour One pallet (single…
Q: If you slide down a rope, it's possible to create enough thermal energy to burn your hands or your…
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Q: A 68-kg woman is planning to bicycle for an hour. If she is to meet her entire energy needs while…
A: A 68-kg woman is planning to bicycle for an hour. If she is to meet her entire energy needs while…
Q: at point A the skater has 3400 J of PE. At point D the skater has 1600 J of PE. how much KE does a…
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Q: A car slows down as it up a hill. Which of the following is true? heat is produced by friction the…
A: Whenever an object is raised to a height it possesses potential energy in the form of gravitational…
Q: car A is moving at a rate of 3m/s with stationary car B has a mass of 1500kg. If the speed of the…
A: Given, mA=mmB=1500 kgvA=3 m/sv=0.735 m/s
Q: Pls help ASAP. PLS I NEED IT DONE IN 10 MINS
A: Since we will answer up to 3 subparts so we will answer first 3. Please resubmit the question by…
Q: Heater A transfers 500 kJ of heat in 30 s while heater B transfers 0.8 MJ of heat in 0.75 min. Which…
A: The given data are: Q1=500 kJ=500×103 Jt1=30 sQ2=0.8 MJ=0.8×106 Jt2=0.75 min=45 s
Q: In an average human, basic life processes require energy to be supplied at a steady rate of 100 W.…
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Q: Thermodynamics Question: A bunjee jumper jumps from a platform. They accelerate in speed downward…
A: Given condition : Acceleration of bungee jumper is downwards towards the ground. The cord fully gets…
Q: Imagine a sinking ship with 15 people. There are two lifeboats. One lifeboat can fit 9 people and…
A: Answer a. No, the lottery wouldn't be an ethically acceptable way of determining access to resources…
Q: Assume that the +z) and |-z) states for an electron in a magnetic field are energy eigen- vectors…
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Q: A tire loses 8% of its air every minute. I the tire initially had 65 pounds per square inch of air,…
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Q: The x-axis component of energy is always less than the y-axis component True False
A: A scalar quantity is defined as the physical quantity that has only magnitude, for example, mass and…
Q: D Question 12 You cool down some gas. What happens to the motion of the particles? O The particles…
A: Introduction: The RMS speed of the gas molecules is defined as the square root of the average…
Q: A PHYS 1510 student was working on a robotics project. The joints on the machine they were building…
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Q: the height of the Iguazu Falls is 82 m. A log of wood with mass 1350 kg moves at 7ms -1 in the water…
A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…
Q: The total energy a system includes all but which of the following? O Kinetic energy O Potential…
A: The total energy of any system is a sum of all the possible energies of the system, which are both,…
Q: Match the following sculptures to the material they are made from. 1. 0.5 kg mouse: 200J leads to…
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Q: A Gasoline engine is cooled with 4 kg of water. The engine is turned on at an ambient temperature of…
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Q: If the energy conversion efficiencies in a 3 step process are 30% for the first step, 40% for the…
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Q: Consider some copper beads that are initially at T, = 200 °C, with each bead having a mass of m, =…
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Q: A 170 pound man wants to design a workout (on a treadmill) that will expend 300 kcal. He wants to…
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Q: Positive work W done on a system means O a. Energy is transferred out of the system b. Energy can…
A: Introduction: A thermodynamic system is a matter or object that is confined in space by walls, which…
Q: Home Work : Give the miller indices for the following Shapes : A 1B H H. E E H -y G G H.
A: The miller indices are used to specify direction and planes, that could be in lattices or in…
Q: Geothermal energy uses the subsurface level of the earth to heat up water converting it to steam and…
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Q: Internal energy include kinetic energy due to random translational motion O rotational motion O…
A: Given, Internal energy
Q: A girl pulls a 5kg wagon with a force of 20 n for 7 m. If the final speed of the wagon is 3.5 m/s,…
A: The objective of this question is to determine the efficiency of the process in which a girl pulls a…
Q: Which of the following is a measure of randomness in a system? entropy potential energy…
A: 1. Entropy - It s the measure of randomness or disorder of the system.2. Potential energy - It is…
Q: Which point/s identify the process undergone by the system? b a P2 d P1 U2 f 2.
A: Option (c) is correct. i.e b and e.
Q: The units of efficiency (e) are O Joules/second O It's unitless N-m kg m-s" O O O O
A: The expression for the efficiency is given by, Efficiency=outputinput
Q: As a steel beam is winched up to the top floor of a new building, the mechanical energy is being…
A: The mechanical energy used to lift the steal beam helps it in lifting to top floor.
Q: An 83kg man eats a banana of energy content 1.00x10^3 kcal. If all of the energy from the banana is…
A: Given that: Mass (m) = 83 kgEnergy (E) = 1.00 × 103 kcal Initial velocity (v0) = 0 m/s Here we…
XC
step by step
Here the circuit consists of an alternating voltage supplier and a capacitor, of a capacitor depicts the capacitive impedance in the circuit
now is evaluated using the formula
here f is the frequency of the alternating voltage and C is the capacitance of the capacitor, being the angular frequency of the alternating voltage,
Step by step
Solved in 2 steps
