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Q : In the past patrons of a cinema complex have spent an
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Q : Consider the normal freezing point of water what are the
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Q : Determine the factor of safety with respect to shear failure
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Q : What is the maximum torque so that the allowable shear
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Q : What is the maximum steady speed
Q : Convert the pressure to mm of blood assuming the specific
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Q : What is the probability that if you purchase the car
Q : What is the work done by the wire
Q : Determine the flow rate
Q : Assume the pressure increased linearly with volume
Q : Determine the hydrostatic force on one side of a vertical
Q : Determine the gauge pressure head and the absolute pressure
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Q : Find the speed of the suitcase at the end of the path
Q : What was the velocity of a just before impact
Q : What is the reliability of the system
Q : Figure out that the service time could be assumed
Q : Determine the force p in the coupling between the trailer an
Q : Determine the rate of heat exchange between the human
Q : What is the exit state of the water
Q : Estimate the standard deviation of the population
Q : Constuct a choice table for interest rate from 0% to 100%
Q : What maximum force can this person apply with this jack
Q : What is its speed at the point that the force resisting
Q : How long will it take for the pce to reach the well
Q : How long will it take the water in the aquifer to travel
Q : Determine the speed of the arrow after traveling from rest
Q : Calculate the power rating of the electric heater required
Q : What input of power rating is required for the pump
Q : What temperature will the chip be operating at when the fan
Q : Calculate the final temperature of the gas
Q : Determine the corresponding increase in water temperature
Q : Calculate the change in length of a 30m measuring tape made
Q : Determine the temperature rise
Q : Neglecting drive train losses what is the average power
Q : Sub 12 means from stage one to two heat transfer
Q : What is the change in internal energy of the system
Q : What should the spring stiffness be if the spring
Q : What is the concentration of bod in the river-wastewater mix
Q : How much heat energy is radiatred from each of the disk
Q : What is the concentration of particles in the air
Q : Determine the magnitude of the force of the rod on the
Q : Determine the maximum force p that can be applied without
Q : Find the required energy input ep and p to be supplied by
Q : Determine the velocity as a function of position
Q : Obtain estimates of the pressure using the vander waals
Q : Find the maximum load p that can be applied as shown
Q : What is the displacement and acceleration of the automobile
Q : What is the minimum radius of curvature for a curve such
Q : Determine the optimal amount of water that will be drawn
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Q : How much could he exert if he moved his hands to the ends
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Q : Calculate the horsepower required assume concentric cylinder
Q : What is the arc distance of one second of longitude and one
Q : Determine the largest allowable length of the aluminum bar
Q : Show values of maximum shear and moments
Q : You are planning a polaris observation at latitude 42 degree
Q : Determine the crates velocity when it slides back down the
Q : Calculate the angle between the resultant force
Q : Determine the angle and the magnitude of the force along the
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Q : Determine the volume of water in gallons added to the tank
Q : Remain at the previously indicated rate of climb
Q : Provide the expression for the velocity and acceleration
Q : Determine the value of the froude number for
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Q : Determine the density of the air
Q : What will the cars maximum acceleration be under these
Q : Determine how high the elevator is from the ground the
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Q : Determine the acceleration of the boxes
Q : Find the gravitational attraction between them
Q : Determine the distance between the stations
Q : Determine the initial speed of the ball and the angle
Q : Determine the required cross sectional area of the cables
Q : Compute moisture content
Q : Estimate the elastic modulus of the frozen artery
Q : Let the gage section over which the elongation is measured
Q : Determine the maximum allowed distributed force per length
Q : Calculate the pipe diameter
Q : What was the positrons former position vector
Q : Find the angle between the electric field and axiz of filter
Q : Compute the tension of the wire
Q : Find the magnitude of the maximum acceleration of the glider
Q : What is the cutoff wavelength of the x-rays
Q : Compute the displacement of the car between 2.0s and 3.8s
Q : What is the minimum perimeter of that the blade must have
Q : Determine the minimum force p to prevent a 30kg rod ab from
Q : Find the cross sectional area of constricted portion of pipe
Q : Determine the minimum required dimension for t so that
Q : What is the magnitude of the magnetic field there
Q : How reliable do you think this estimate is
Q : Find the inductance in henrys
Q : Evaluate the magnetic flux through the coil
Q : Compute the percent voids in total mix, percent voids
Q : Obtain at what rate is thermal energy generated in the loop
Q : What compressive stress will be produced in the rails if the
Q : Calculate the moment of inertia of the hollow rectangular
Q : Select the proper value of k so that the max deflection
Q : What is the magnitude of the maximum force acting on it
Q : What is the magnitude of the electrons initial acceleration
Q : Determine the location on the wheel where the net
Q : Obtain the angular frequency of the particle
Q : Find the maximum force exerted on the block
Q : The connection is through the flange
Q : Estimate the magnitude of the acceleration of the box
Q : Compute the value of u with equation and revise the design
Q : Calculate the average pressure on the other walls
Q : Compute the magnitude of the load that is necessary
Q : Evaluate what is the mass of the second ball
Q : Compute what is the frequency of the motion
Q : What is the optimal distance between the two drainage canals
Q : What constraint are limiting the solution
Q : Determine the initial speed of the ball
Q : Determine the total force in the connection
Q : What is the maximum kinetic energy of the rod as it swings
Q : Evaluate what is the mass of an ice cube
Q : Determine the most profitable blend of alloys that will
Q : Estimate how far away are the canyon walls
Q : What is the increase in entropy of the gas
Q : Evaluate the angular velocity of the platform with its load
Q : Determine where the groundwater divide is located
Q : Calculate how far from your friend are you
Q : Does the density or specific weight of the water factor into
Q : Is change in z dependent upon the specific weight or density
Q : A man says that the oil was reduced at a rate
Q : Determine the emf induced in the second coil
Q : What is the highest possible design speed for this curve
Q : Calculate the coefficient of permeability
Q : What is the effective nuclear charge experienced
Q : Friction on the concrete surface creates a couple moment
Q : What is the percent change in the area of the glass
Q : Determine how much heat flowed in this process
Q : Find the total energy stored in the capacitors
Q : Determine the magnitude of the heat the athlete gives off
Q : Determine the force p required to pull the shaft
Q : What is the effective spring constant of this system
Q : How does this compare with the exact value
Q : Dram and sketch the system. include coordinate system
Q : What will be the mean velocity in each port
Q : Explain how will the resonant frequencey of circuit change
Q : What would be the maximum eccentricity
Q : Compute what percentage of this crown is made of gold
Q : Determine the 50-kg crates velocity
Q : What is the average density of the crown
Q : What is the probability that the amound absorbed at the end
Q : What is the magnification of the instrument
Q : How many weeks must pass before the likelihood of the lake
Q : Determine what mass of ethanol diffuses through the cylinder
Q : What is the pressure at the crown in kn
Q : What would the spindle diameter need to be in order
Q : Evaluate what was the initial speed of the rock
Q : What is the cross product of these two vectors
Q : What is the maximum accelaration from rest
Q : Estimate the total water that will be withdrawn in 2015
Q : Estimate the runoff from the watershed into the lake
Q : Evaluate the power provided by the weight lifters force
Q : Evaluate what is the depth of the well
Q : Compute with what frequency do these waves meet the dock
Q : What average force must the archer exert
Q : What is the buoyancy force felt by the lead ball
Q : What is the equation for the wave
Q : Compute the work done by the force lifting the ladder
Q : Obtain the resultant gravitational force on the mass
Q : Find total mechanical power produced by all four cylinders
Q : What is the velocity of her partner
Q : Evaluate the distance s through which the piston rises
Q : Estimate how close should you come
Q : Determine what is the age of the wood
Q : Estimate what is the frequency of the fundamental mode
Q : What volume flow of water is lost out the hole
Q : Estimate the corresponding maximum displacement
Q : Evaluate the temperature inside the box
Q : Calculate what is the beat frequency that you hear
Q : Evaluate what is the magnetic force of the wire
Q : How much energy is transferred to the system as heat
Q : Calculate by how much has the volume decreased
Q : Evaluate the net power this cylinder radiates into a room
Q : What is the entropy of this sample
Q : Find the energy required to melt the copper
Q : Estimate what is the final temperature of the water
Q : Determine what is the instantaneous emf in the coil
Q : Compute the mass of the gold in the rock
Q : Estimate what is the new acceleration of the box
Q : Find what was the net radiant power of the baking dish
Q : Find the number of oxygen molecules in a normal breath
Q : Find by how much does the statue compress the stand
Q : Obtain the absolute pressure of the helium gas
Q : Evaluate the increase in the internal energy of the neon
Q : Find how much coffee has spilled out of the beaker
Q : Determine what is the waters temperature increase
Q : Evaluate the pressure exerted on the floor
Q : Calculate the peak current through each component
Q : Evaluate the separation distance of the wires
Q : Estimate what is the maximum current in the inductor
Q : Determine what is the speed of the projectile
Q : What frequency do you hear instead
Q : What is the flow speed in the constriction
Q : A parallel-plate capacitor has plates
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Q : Determine the electric flux through the bottom of the truck
Q : Compute how much thermal energy is absorbed each hour
Q : Electron undergo constant acceleration
Q : Alight rope that passes over a light-frictionless pulley
Q : Find what is the potential energy of the pair of charges
Q : How fast does the cart move after being loaded with ore
Q : A criminal is escaping across a rooftop and runs off
Q : Evaluate where should the third charge be located
Q : Evaluate the merry-go-rounds angular momentum
Q : A piece of sandston with a bulk volume
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Q : How long will it take the tank to collapse
Q : Evaluate what is the new volume of the balloon
Q : What is the magnification of its image
Q : Find the weight of the water in the bed to determine whether
Q : Calculate the expected return on the portfolio
Q : What angle does the rope make with the pole
Q : Find through how many radians does the blade turn
Q : What is their common angular speed
Q : Determine height at highest point in air
Q : What should be the radius of curvature of the cornea
Q : Two trains have sirens that emit a frequency
Q : Power dissipated as heat and light
Q : Scattering of helium nuclei from gold nuclei.
Q : Determine speed when the rocket enters a state of freefall
Q : A system consists of two positive point charges
Q : A violent rainstorm dumps
Q : Long straight wire a long straight wire
Q : Distance between the plates of parallel plate capacitor
Q : Electric potential energyassociated with this configuration
Q : Find the permittivity of the dielectric
Q : Observer o fires a light beam
Q : The earth has a vertical electric field
Q : How much work is done by the crane on the container
Q : Evaluate the length of the rough patch
Q : Direction of the electric fieldwithin the cell membrane
Q : Determine what is the max height the ball reaches
Q : Determine what is the initial height
Q : What is the average velocity for entire trip
Q : How much work must be done on this car
Q : What is its angular momentum at given time
Q : Determine the power loss of the wire
Q : What was the stones initial speed
Q : What is the voltage drop across the secondresistor
Q : An aircraft performs a maneuver called an aileron roll
Q : Riding on a circular merry-go-round
Q : Evaluate the magnitude of the uniform electric field
Q : Find how much work is required to eject positive sodium ion
Q : Positively charged oil drop is injected into region
Q : Evaluate what is the work done by the field on the electron
Q : What is the magnitude of the electricdipole moment
Q : Determine the cyclotron frequency of the particle
Q : Find what is the direction of this the magnetic force
Q : Find the number of oscillations made by the block
Q : Describes an object with nonzero net force acting on it
Q : Magnitude of torque if force is exerted perpendicular
Q : Determine how many celsius degrees must the temperature fall
Q : Wall exert on the football and in what direction
Q : Fixed negative charge with a linear charge density
Q : Find the mass of the earths atomosphere
Q : First relative minimum is detected in the intensity
Q : Compute the maximum allowed braking force
Q : Determine at what speed earth would have to rotate
Q : What is the direction of the dogs velocity
Q : What is the temperature coefficient of resistivity
Q : Calculate the angular and linear speed of the motion
Q : Car travels at a constant speed around a circular track
Q : Calculate the initial speed of the grasshopper
Q : What velocity did the ball leave the muzzle
Q : The centripetal acceleration at the outer wall
Q : Calculate the total angle through which the wheel has turned
Q : What is itsacceleration at the top of its flight
Q : Magnitude of the electric field within the cellmembrane
Q : Determine the tensions in the two cords
Q : What is the total distance driven
Q : Find the position where they run into each other
Q : What is the electricfield at the spheres surface
Q : Find the amount of steam that has escaped from the tank
Q : Calculate the steam mass flow rate through the turbine
Q : Amount of electrical energy as the empty capacitor
Q : How much electrical energy does it use per month
Q : Two large-parallel-metal plates carry opposite charges
Q : Magnitude of the electric field along the line
Q : What is the shape of the particles trajectory
Q : Two runners approaching each other on straight track
Q : Calculate the coefficient of friction along this slope
Q : What is the magnitude of the electric force between them
Q : Find the velocity of the bullet just before collision
Q : Estimate with what velocity did the mug leave the counter
Q : Determine what is garys acceleration
Q : What is the temperature of the mixture
Q : Determine the charge of particle-moving particle encounters
Q : Find which molecules have the higher rms speed
Q : Determine by what factor does its volume change
Q : Find the average force exerted by the block on the bullet
Q : Find the velocity of the mouse at given time
Q : What is the angular magnification of the magnifying glass
Q : Estimate what is the final angular momentum of the system
Q : A baseball is thrown horizontally from from a height
Q : Estimate the fans average angular acceleration
Q : Practicing its orienteering skills with map-compass
Q : Estimate what is the magnitude of this objects acceleration
Q : What volume of fuel must be burned per second
Q : Find the total displacement of the boat
Q : Find the force exerted by the building on the beam
Q : Find what is the magnitude of this objects acceleration
Q : A moving particle encounters an external electric field
Q : Estimate how fast is it moving
Q : Find the normal force on the suction cup
Q : Find the pressure in vessel
Q : Two cars cover the same distance in a straight line
Q : Calculate the electric flux through the same rectangle
Q : What is the final angular momentum of the system
Q : Estimate what is the magnitude of the horizontal force
Q : How many times as great is the intensity of the music
Q : What is the propagation speed of the wave
Q : What is the voltage drop across the second resistor
Q : What speed does the pulse travel along the spring
Q : What is the net work done on the object
Q : A spring is stretched between two posts
Q : A flower pot falls from the ledge of a building
Q : The weight of the atmosphere
Q : How far is it from the water to the top of the block
Q : Find the maximum altitude reached by the rocket
Q : Weight of block of metal is measured with scale first in air
Q : What is its speed when it moves infinitely far from origin
Q : An object is solid throughtout
Q : Calculate where the top of the atmosphere would be
Q : What is the resistance of the heating element
Q : The bullet recieves 80% of the collision energy
Q : Concerning harmonic waves
Q : What is the magnitude of electric field at radial distance
Q : Consider a charged metallic spherical shell of radius
Q : Assuming Euclidean geometry in expanding Universe
Q : A person throws a rock straight up into the air
Q : Weight stretches a spring problem
Q : How much force does the wall exert on the wrench
Q : What is the work fone by the electric force
Q : Fraction of the molecules need to be monatomic
Q : What will be the new temperature of the system
Q : Determine the specific heat of the unknown second sample
Q : Resistance and magnitude of current depend on the path
Q : In heart pacemaker-what is the capacitance of the capacitor
Q : What is the maximum current in the bulb
Q : How high would this ball go if it were thrownstraight upward
Q : Carnot air conditioner takes energy from thermal energy
Q : Determine total displacement of car from its starting point
Q : A very long solid cylinder with radius
Q : What is the acceleration of the edge of the rotor
Q : How long were the bat and ball in contact
Q : Evaluate the velocity of the first car after the collision
Q : Construct the vector diagram that represents this motion
Q : Estimate how many turns are in the secondary coil
Q : What are the energyies of the next three excited states
Q : How many possible spin states are there for the electron
Q : Determine the charge of the particle
Q : Calculate the final velocity of the skier
Q : What is the total force on the roof at collapse
Q : Determine total displacement of car from itsstarting point
Q : Determine the net work done on the object
Q : What is the minimum constant speed at which she can run
Q : Find the weight of the box and the normal force acting on it
Q : Find what is the amplitude of the current in the circuit
Q : Determine what is the peak current for this circuit
Q : What is the minimum thickness of the thin film
Q : Calculate the initial velocity of the bullet
Q : Find what work is done by the system on its environment
Q : Find the impulse imported to the ball
Q : Calculate the force required to stop the car
Q : Calculate the fans average angular acceleration
Q : Determine how much heat is needed
Q : What was the original temperature of the pan
Q : Explain how relative amounts of force used
Q : Find the lambs mass at the end of this process
Q : Calculate the resulting angular velocity of the plate
Q : How high was the balloon when the stone was dropped
Q : Find the location and size of the image of jupiter
Q : Determine how much of the raft will be above the waterline
Q : What is the frequency associated with its longest wavelength
Q : What is the depth of the barge below the waterline
Q : Calculate what is the resistance of the lightbulb
Q : How much does the speed of the car have to be reduced
Q : Determine the total current delivered by the voltage source
Q : What distance does the earth move in one hour
Q : Determine what is the value of the damping constant
Q : Explain how do entropies change in the body of the athlete
Q : Estimate to what height will it rise
Q : Determine what is the flux through the cube
Q : Find through what potential difference did the charge move
Q : Evaluate the diffusion coefficient
Q : Evaluate the surface tension of the fluid
Q : Evaluate the electric field intensity
Q : Estimate how much weight will the athlete lose
Q : Evaluate the specific heat of the alloy
Q : Evaluate what is the mass of the meterstick
Q : How much power will the station then be delivering
Q : What is the ground state energy of the system
Q : What are its final temperature and volume
Q : Compute average upward force did the water exert on him
Q : How much does it exhaust to the cold reservoir
Q : Determine the magnitude of your displacement
Q : Determine what is the plants actual efficiency
Q : Estimate what is the angular speed of the merry-go-round
Q : Estimate the maximum velocity of the simple harmonic motion
Q : Find the pressure at the narrow end of the segment
Q : What charge remains on the sphere after this transfer
Q : How fast was the bullet going initially
Q : What is the volume of fluid metal that overflows
Q : What is the contact force exerted by water on this birthmark
Q : Determine the conductivity and resistivity of the material
Q : Compute what is the precession rate
Q : Determine the shearing force
Q : Find the magnitude of the footballs resultant displacement
Q : Evaluate what average upward force did water exert on her
Q : How much has the entropy of the cube-water system changed
Q : What is the function of charge inversion layer
Q : Calculate the maximum space charge width in the silicon
Q : Surface of the drum of laser printer is negatively charger
Q : What is the ships kinetic energy at this time
Q : What will be the radiation pressure measures
Q : What is the time required to bring the ship to a stop
Q : Direction of the tension that the right section of the wire
Q : Calculate how much does she weigh on earth
Q : Find the final temperatures on the left and right side
Q : How far above the ground does he lose contact with the ice
Q : Find the bullets acceleration as it passes through the board
Q : What form did the energy take before it was heat
Q : How much energy was dissipated by air resistance
Q : Determine how far up the ramp does she go
Q : The scale of a spring balance reading from zero
Q : Determine amys final speed
Q : Calculate the grounds force now converted to pounds
Q : Calculate the stress and strain in the rod
Q : What is the final velocity of robot
Q : Estimate what is the magnitude of the normal force
Q : What vertical component of initial velocity
Q : Calculate what is his apparent weight
Q : What is surface charge density on thedrum if it is conductor
Q : Determine how old is the specimen
Q : What is the mass of helium present
Q : How many photons are in the pulse
Q : For a charged hollow metal sphere with total charge
Q : What is the pulleys rotational inertia
Q : Determine what is its radius at liftoff
Q : Determine what is the period of the object
Q : Determine the break-even fueleconomy ratio
Q : Find the uncertainty in position of each of these objects
Q : What is the frequency of the object in rpm
Q : Determine how many electrons are transferred
Q : Determine the medicines flow speed through the needle
Q : Estimate what is the amplitude of vibration
Q : Determine how much work was done by the rocket engine
Q : Electric field in certain region of earths atmosphere
Q : Calculate the electric force between these two electrons
Q : Compute how many electrons make up this charge
Q : Determine what is the mass of the spacecraft
Q : A doppler blood flow unit emits ultrasound
Q : Find the force exerted on his hands
Q : Wave on the surface of the ocean with wavelength
Q : Find the force of friction between the ice and the puck
Q : Frequency of the violet light reflected from a metal surface
Q : How much work was done by the rocket engine
Q : Find at what time is the ball at its maximum height
Q : Determine what is the force between them
Q : What is the final speed of the shuttle
Q : Cylinder contains oxygen
Q : Calculate the total work performed on the object
Q : Find its maximum vertical displacement
Q : Find the sum of the horizontal components of the tensions
Q : Plane accelerates from rest at a constant rate
Q : Calculate what is the maximum altitude reached
Q : What would be the objects speed at the moment of impact
Q : Evaluate the bulk modulus of the liquid
Q : Charge Causes Flux-How much flux would pass through surface
Q : How much force of air resistance is acting on her
Q : Speed vyo which is greater than the terminal speed vterm
Q : Find what is the orbital period of the satellite
Q : What is the distance from the horizontal top surface
Q : Constant speed throughout the entire race
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