College Physics 11E Global Edition11th EditionSERWAY/VUILLE Publisher: CENGAGE Learning Custom PublishingISBN: 9781337620338
College Physics 11E Global Edition
Solutions for College Physics 11E Global Edition
Problem 1CQ:
Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...Problem 3CQ:
Find the order of magnitude of your age in seconds.Problem 4CQ:
An object with a mass of 1 kg weighs approximately 2 lb. Use this information to estimate the mass...Problem 5CQ:
(a) Estimate the number of times your heart beats in a month, (b) Estimate the number of human...Problem 6CQ:
Estimate the number of atoms in 1 cm5 of a solid. (Note that the diameter of an atom is about 1010...Problem 7CQ:
Lacking modern timepieces, early experimenters some-times measured time intervals with their pulse....Problem 11CQ:
Estimate the time duration of each of the following in the suggested units in parentheses: (a) a...Problem 12CQ:
Suppose two quantities, A and B, have different dimensions. Determine which of the following...Problem 13CQ:
Answer each question yes or no. Must two quantities have the same dimensions (a) if you are adding...Problem 14CQ:
Two different measuring devices are used by students to measure the length of a metal rod. Students...Problem 15CQ:
If B is added to A, under what conditions does the resultant vector have a magnitude equal to A + B?...Problem 1P:
The period of a simple pendulum, defined as the time necessary for one complete oscillation, is...Problem 2P:
(a) Suppose the displacement of an object is related to time according to the expression x = Bt2....Problem 3P:
A shape that covers an area A and has a uniform height h has a volume V = Ah. (a) Show that V = Ah...Problem 4P:
Each of the following equations was given by a student during an examination: (a) 12mv2=12mv02+mgh...Problem 6P:
Kinetic energy KE (Topic 5) has dimensions kg m2/s2. It can be written in terms of the momentum p...Problem 7P:
A rectangular airstrip measures 32.30 in by 210 m, with the width measured more accurately than the...Problem 8P:
Use the rules for significant figures to find the answer to the addition problem 21.4 + 15 + 17.17 +...Problem 9P:
A carpet is to be installed in a room of length 9.72 m and width 5.3 m. Find the area of the mom...Problem 11P:
How many significant figures are there in (a) 78.9 0.2, (b) 3.788 109, (c) 2.46 1026, (d) 0.003 2Problem 12P:
The speed of light is now defined to be 2.997 924 58 108 m/s. Express the speed of light to (a)...Problem 13P:
A rectangle has a length of (2.0 0.2) m and a width of (1.5 0.1) m. Calculate (a) the area and (b)...Problem 14P:
The radius of a circle is measured to be (10.5 0.2) m. Calculate (a) the area and (b) the...Problem 15P:
The edges of a shoebox are measured to be 11.4 cm, 17.8 cm, and 29 cm. Determine the volume of the...Problem 16P:
Carry out the following arithmetic operations: (a) the sum of the measured values 756, 37.2, 0.83,...Problem 17P:
The Roman cubitus is an ancient unit of measure equivalent to about 0.445 m. Convert the 2.00m...Problem 18P:
A house is advertised as having 1 420 square feet under roof. What is the area of this house in...Problem 19P:
A fathom is a unit of length, usually reserved for measuring the depth of water. A fathom is...Problem 20P:
A small turtle moves at a speed of 186 furlongs per fortnight. Find the speed of the turtle in...Problem 21P:
A firkin is an old British unit of volume equal to 9 gallons. How many cubic meters are there in...Problem 22P:
Find the height or length of these natural wonders in kilometers, meters, and centimeters: (a) The...Problem 23P:
A car is traveling at a speed of 38.0 m/s on an interstate high-way where the speed limit is 75.0...Problem 24P:
A certain car has a fuel efficiency of 25.0 miles per gallon (mi/gal). Express this efficiency in...Problem 25P:
The diameter of a sphere is measured to be 5.36 in. Find (a) the radius of the sphere in...Problem 26P:
Suppose your hair grows at the rate of 1/32 inch per day. Find the rate at which it grows in...Problem 28P:
A house is 50.0 ft long and 26 ft wide and has 8.0-ft-high ceilings. What is the volume of the...Problem 29P:
The amount of water in reservoirs is often measured in acre-ft. One acre-ft is a volume that covers...Problem 30P:
The base of a pyramid covers an area of 13.0 acres (1 acre = 43 560 ft2) and has a height of 481 ft...Problem 31P:
A quart container of ice cream is to be made in the form of a cube. What should be the length of a...Problem 32P:
Estimate the number of steps you would have to take to walk a distance equal to the circumference of...Problem 34P:
Estimate the number of people in the world who are suffering from the common cold on any given day....Problem 35P:
The habitable part of Earths surface has been estimated to cover 60 trillion square meters. Estimate...Problem 36P:
Treat a cell in a human as a sphere of radius 1.0 m. (a) Determine the volume of a cell. (b)...Problem 37P:
An automobile tire is rated to last for 50 000 miles. Estimate the number of revolutions the tire...Problem 38P:
A study from the National Institutes of Health stales that the human body contains trillions of...Problem 39P:
A point is located in a polar coordinate system by the coordinates r = 2.5 m and = 35. Find the x-...Problem 40P:
A certain corner of a room is selected as the origin of a rectangular coordinate system. If a fly is...Problem 42P:
Two points in a rectangular coordinate system have the coordinates (5.0, 3.0) and (3.0, 4.0), where...Problem 43P:
Two points are given in polar coordinates by (r, ) = (2.00 m, 50.0) and (r, ) = (5.00 m, 50.0),...Problem 44P:
Given points (r1, 1) and (r2, 2) in polar coordinates, obtain a general formula for the distance...Problem 45P:
For the triangle shown in Figure P1.45, what are (a) the length of the unknown side, (b) the tangent...Problem 46P:
A ladder 9.00 m long leans against the side of a building. If the ladder is inclined at an angle of...Problem 47P:
A high fountain of water is located at the center of a circular pool as shown in Figure P1.47. Not...Problem 48P:
A right triangle has a hypotenuse of length 3.00 m, and one of its angles is 30.0. What are the...Problem 49P:
In Figure P1.49, find (a) the side opposite , (b) the side adjacent to . (c) cos , (d) sin , and (c)...Problem 50P:
In a certain right triangle, the two sides that are perpendicular to each other are 5.00 m and 7.00...Problem 51P:
In Problem 50, what is the tangent of the angle for which 5.00 in is the opposite side?Problem 52P:
A woman measures the angle of elevation of a mountaintop as 12.0. After walking 1.00 km closer to...Problem 53P:
A surveyor measures the distance across a straight river by the following method: starting directly...Problem 54P:
Vector A has a magnitude of 8.00 units and makes an angle of 45.0 with the positive x-axis. Vector B...Problem 55P:
Vector A has a magnitude of 29 units and points in the positive y-direction. When vector B is added...Problem 56P:
An airplane flies 2.00 102 km due west from city A to city B and then 3.00 102 km in the direction...Problem 57P:
Vector A is 3.00 units in length and points along the positive x-axis. Vector B is 4.00 units in...Problem 58P:
A force F1, of magnitude 6.00 units acts on an object at the origin in a direction = 30.0 above the...Problem 59P:
A roller coaster moves 2.00 102 ft horizontally and then rises 135 ft at an angle of 30.0 above the...Problem 60P:
Calculate (a) the x-component and (b) the y-component of the vector with magnitude 24.0 m and...Problem 61P:
A vector A has components Ax = 5.00 m and Ay = 9.00 m. Find (a) the magnitude and (b) the direction...Problem 62P:
A person walks 25.0 north of east for 3.10 km. How far due north and how far due east would she have...Problem 63P:
The magnitude of vector A is 35.0 units and points in the direction 325 counterclockwise from the...Problem 64P:
A figure skater glides along a circular path of radius 5.00 m. If she coasts around one half of the...Problem 65P:
A girl delivering newspapers covers her route by traveling 3.00 blocks west, 4.00 blocks north, and...Problem 66P:
A quarterback takes the ball from the line of scrimmage, runs backwards for 10.0 yards, and then...Problem 67P:
A vector has an x-component of 25.0 units and a y-component of 40.0 units. Find the magnitude and...Problem 68P:
A map suggests that Atlanta is 730. miles in a direction 5.00 north of east from Dallas. The same...Problem 69P:
The eye of a hurricane passes over Grand Bahama Island in a direction 60.0 north of west with a...Problem 70P:
The helicopter view in Figure P1.70 shows two people pulling on a stubborn mule. Find (a) the single...Problem 71P:
A commuter airplane starts from an airport and takes the route shown in Figure P1.71. The plane...Problem 72AP:
(a) Find a conversion factor to convert from miles per hour to kilometers per hour. (b) For a while,...Problem 73AP:
The displacement of an object moving under uniform acceleration is some function of time and the...Problem 74AP:
Assume it takes 7.00 minutes to fill a 30.0-gal gasoline tank. (a) Calculate the rate at which the...Problem 75AP:
One gallon of paint (volume = 3.79 103 m3) covers an area of 25.0 m2. What is the thickness of the...Problem 76AP:
A sphere of radius r has surface area A = 4r2 and volume V = (4/3)r3. If the radius of sphere 2 is...Problem 77AP:
Assume there are 100 million passenger can in the United States and that the average fuel...Browse All Chapters of This Textbook
Chapter 1 - Units, Trigonometry. And VectorsChapter 1.9 - VectorsChapter 1.10 - CornoonentsofavectorChapter 2 - Motion In One DimensionChapter 2.1 - Displacement, Velocity, And AccelerationChapter 2.2 - Motion DiagramsChapter 2.4 - Freely Fall Ing ObjectsChapter 3 - Motion In Two DimensionsChapter 3.1 - Displacement, Velocity, And AccelerationChapter 4 - Newton's Laws Of Motion
Chapter 4.2 - The Laws Of MotionChapter 4.4 - Static Friction ForcesChapter 4.6 - Applications Of Newton's LawsChapter 5 - EnergyChapter 5.1 - WorkChapter 5.2 - Kinetic Energy And T He Work- Energy TheoremChapter 5.3 - Gravitational Potential EnergyChapter 5.5 - Spring Potential EnergyChapter 5.6 - Systems And Energy ConservationChapter 6 - Momentum, Impulse, And CollisionsChapter 6.1 - Momentum And ImpulseChapter 6.2 - Conservation Of MomentumChapter 6.3 - Collisions In One DimensionChapter 7 - Rotational Motion And GravitationChapter 7.1 - Angular Velocity And Angular AccelerationChapter 7.2 - Rotational Motion Under Constant Angular AccelerationChapter 7.3 - Tangential Velocity, Tangential Acceleration, And Centripetal AccelerationChapter 7.5 - Newtonian GravitationChapter 8 - Rotational Equilibrium And DynamicsChapter 8.4 - The Rotational Second Law Of MotionChapter 8.5 - Rotational Kinetic EnergyChapter 8.6 - Angular MomentumChapter 9 - Fluids And SolidsChapter 9.2 - Density And PressureChapter 9.3 - Variation Of Pressure With DepthChapter 9.4 - Pressure MeasurementsChapter 9.5 - Buoyant Forces And Archimedes' PrincipleChapter 9.6 - Fluids In MotionChapter 10 - Thermal PhysicsChapter 10.1 - Temperature And The Zeroth Law Of ThermodynamicsChapter 10.3 - Thermal Expansion Of Solids And LiquidsChapter 10.5 - The Kinetic Theory Of GasesChapter 11 - Energy In Thermal ProcessesChapter 11.2 - Specific HeatChapter 11.4 - Latent Heat And Phase ChangeChapter 11.5 - Energy TransferChapter 12 - The Laws Of ThermodynamicsChapter 12.1 - Work In Thermodynamic ProcessesChapter 12.3 - Thermal Processes In GasesChapter 12.4 - Heat Engines An D The Second Law OfthermodynamicsChapter 12.5 - EntropyChapter 13 - Vibrations And WavesChapter 13.1 - Hooke's LawChapter 13.2 - Elastic Potential EnergyChapter 13.3 - Concepts Of Oscillation Rates In Simple Harmonic MotionChapter 13.4 - Position, Velocity, And Acceleration As Functions Of TimeChapter 13.5 - Motion Of A PendulumChapter 14 - SoundChapter 14.3 - The Speed Of SoundChapter 14.6 - The Doppler EffectChapter 14.8 - Standing WavesChapter 14.10 - Standing Waves In Air ColumnsChapter 14.11 - BeatsChapter 15 - Electric Forces And FieldsChapter 15.1 - Electric Charges, Insulators, And ConductorsChapter 15.2 - Coulomb's LawChapter 15.3 - Electric FieldsChapter 15.4 - Elect Ric Field LinesChapter 15.8 - Electric Flux And Gauss' LawChapter 16 - Electrical Energy And CapacitanceChapter 16.1 - Electric Potential Energy And Electric PotentialChapter 16.2 - Electric Potential And Potential Energy Of Point ChargesChapter 16.3 - Potentials, Charged Conductors, And Equipotential SurfacesChapter 16.6 - Combinations Of CapacitorsChapter 16.7 - Energy In A CapacitorChapter 16.8 - Capacitors With DielectricsChapter 17 - Current And ResistanceChapter 17.1 - Electric CurrentChapter 17.2 - A Microscopic View: Current And Drift SpeedChapter 17.3 - Current And Vo Ltage Measurements In CircuitsChapter 17.4 - Resistance, Resistivity, And Ohm's LawChapter 17.6 - Electrical Energy And PowerChapter 18 - Direct-Current CircuitsChapter 18.1 - Sources Of EmfChapter 18.2 - Resistors In Se RiesChapter 18.3 - Resistors In Pa RallelChapter 18.5 - Rc CircuitsChapter 19 - MagnetismChapter 19.3 - Magnetic FieldsChapter 19.5 - Magnetic Force On A Current -Carrying ConductorChapter 19.6 - MagnetictorqueChapter 19.8 - Magnetic Force Between Two Parallel ConductorsChapter 20 - Induced Voltages And InductanceChapter 20.2 - Faraday's Law Of Induction And Lenz's LawChapter 20.3 - Motional EmfChapter 20.6 - Rl Circu ItsChapter 21 - Alternating-Current Circuits And Electromagnetic WavesChapter 21.1 - Resistors In An Ac CircuitChapter 21.4 - The Rlc Series CircuitChapter 21.11 - Properties Of Electromagnetic WavesChapter 21.12 - The Spectrum Of Electromagnetic WavesChapter 22 - Reflection And Refraction Of LightChapter 22.2 - Reflection And RefractionChapter 22.3 - The Law Of Refraction BChapter 23 - Mirrors And LensesChapter 23.1 - Flat MirrorsChapter 23.3 - Images Formed By RefractionChapter 23.5 - Thin LensesChapter 24 - Wave OpticsChapter 24.2 - Young's Double·Siit ExperimentChapter 24.4 - Interference In Thin FilmsChapter 24.7 - ingle·Siit DiffractionChapter 24.8 - Diffraction GratingsChapter 25 - Optical InstrumentsChapter 25.2 - The EyeChapter 25.6 - Resolution Of Single-Slit And Circular AperturesChapter 26 - RelativityChapter 26.3 - Einstein's Principle Of RelativityChapter 26.4 - Consequences Of Special RelativityChapter 26.7 - Relativistic Energy And The Equivalence Of Mass And EnergyChapter 27 - Quantum PhysicsChapter 27.5 - The Compton EffectChapter 27.6 - The Dual Nature Of Light And MatterChapter 28 - Atomic PhysicsChapter 28.3 - The Bohr ModelChapter 28.4 - Quantum Mechanics And The Hydrogen AtomChapter 28.5 - The Exclusion Principle And The Periodic TableChapter 29 - Nuclear PhysicsChapter 29.3 - RadioactivityChapter 29.6 - Nuclear ReactionsChapter 30 - Nuclear Energy And Elementary ParticlesChapter 30.6 - Conservation Laws
Sample Solutions for this Textbook
We offer sample solutions for College Physics 11E Global Edition homework problems. See examples below:
Chapter 1, Problem 1CQChapter 1, Problem 13PChapter 1, Problem 22PChapter 1, Problem 36PChapter 1, Problem 43PChapter 1, Problem 49PChapter 1, Problem 74APChapter 2, Problem 1CQChapter 2, Problem 6P
Chapter 2, Problem 20PChapter 2, Problem 36PChapter 2, Problem 48PChapter 2, Problem 49PChapter 2, Problem 50PChapter 2, Problem 52PChapter 2, Problem 53PChapter 3, Problem 1CQChapter 3, Problem 4PChapter 3, Problem 7PChapter 3, Problem 14PChapter 3, Problem 23PChapter 3, Problem 26PChapter 3, Problem 29PChapter 3, Problem 39APChapter 4, Problem 1CQChapter 4, Problem 15PChapter 4, Problem 22PChapter 4, Problem 23PChapter 4, Problem 37PChapter 4, Problem 46PChapter 4, Problem 61PChapter 4, Problem 62PChapter 4, Problem 70PChapter 4, Problem 73APChapter 4, Problem 85APChapter 4, Problem 92APChapter 5, Problem 1CQChapter 5, Problem 22PChapter 5, Problem 29PChapter 5, Problem 31PChapter 5, Problem 46PChapter 5, Problem 49PChapter 5, Problem 60PChapter 5, Problem 63APChapter 5, Problem 69APChapter 5, Problem 71APChapter 5, Problem 77APChapter 6, Problem 1CQChapter 6, Problem 33PChapter 6, Problem 46PChapter 6, Problem 58PChapter 6, Problem 62APChapter 6, Problem 63APChapter 6, Problem 68APChapter 6, Problem 70APChapter 6, Problem 71APChapter 6, Problem 75APChapter 6, Problem 83APChapter 7, Problem 1CQChapter 7, Problem 12PChapter 7, Problem 17PChapter 7, Problem 19PChapter 7, Problem 31PChapter 7, Problem 34PChapter 7, Problem 49APChapter 7, Problem 50APChapter 7, Problem 64APChapter 8, Problem 1CQChapter 8, Problem 28PExplanation: The weight of the beam acting downward from its midpoint, tension of the acting left...Chapter 8, Problem 37PChapter 8, Problem 40PChapter 8, Problem 50PChapter 8, Problem 60PChapter 8, Problem 80APChapter 8, Problem 84APExplanation Given Info: The mass of the arms is 6.87 kg , the mass of torso is 33.57 kg , the mass...Chapter 8, Problem 89APExplanation: The following figure shows the free body diagram.Chapter 9, Problem 1CQChapter 9, Problem 7PExplanation: Given info: Mass of the lead is 20.0 kg and density of the lead is 11.3×103 kg/m3 . The...Chapter 9, Problem 22PChapter 9, Problem 31PExplanation: Formula to calculate the time taken by the water to reach the ground is, t=2(Δy)ay t is...Chapter 9, Problem 45PChapter 9, Problem 46PChapter 9, Problem 47PChapter 9, Problem 73PChapter 9, Problem 83APChapter 10, Problem 1CQChapter 10, Problem 2CQSection 1: Explanation: To determine: The constants a and b. Answer: The constant (a) is 4.7×10−3...Chapter 10, Problem 15PChapter 10, Problem 21PChapter 10, Problem 26PChapter 10, Problem 44PChapter 10, Problem 60APChapter 10, Problem 64APChapter 11, Problem 1CQExplanation: Given Info: Expression for the compressive stress and strain is, FA=Y(ΔLL0) F is the...Explanation: Given Info: Initial temperature of water and calorimeter is 10.0°C , mass of aluminum...Given Info: Mass of ice cube is 40 g, initial temperature of ice cube is −10°C , temperature of...Explanation: Aluminum container at 20°C contains ethyl alcohol at 30°C and ice at 0°C . Heat...Explanation: Given Info: Mass of ice block is 40 g, initial temperature of ice block is −78°C , mass...Chapter 11, Problem 39PChapter 11, Problem 44PChapter 11, Problem 46PChapter 11, Problem 68APChapter 12, Problem 1CQChapter 12, Problem 5PChapter 12, Problem 14PChapter 12, Problem 22PChapter 12, Problem 25PChapter 12, Problem 26PChapter 12, Problem 27PChapter 12, Problem 30PChapter 12, Problem 71APSection1: To determine: The constant volume occupied by the gas. Answer: The volume of the gas is...Chapter 13, Problem 1CQChapter 13, Problem 15PChapter 13, Problem 16PChapter 13, Problem 17PChapter 13, Problem 18PChapter 13, Problem 28PChapter 13, Problem 32PChapter 13, Problem 40PChapter 13, Problem 68APChapter 13, Problem 76APChapter 14, Problem 1CQChapter 14, Problem 5CQChapter 14, Problem 18PChapter 14, Problem 32PChapter 14, Problem 36PExplanation: Given Info: Standing wave is setup in a string with both ends fixed. Formula to...Chapter 14, Problem 50PChapter 14, Problem 67PChapter 14, Problem 72APChapter 14, Problem 82APChapter 15, Problem 1CQChapter 15, Problem 5CQChapter 15, Problem 4PChapter 15, Problem 10PChapter 15, Problem 16PChapter 15, Problem 18PChapter 15, Problem 24PChapter 15, Problem 32PChapter 15, Problem 69APChapter 16, Problem 1CQChapter 16, Problem 19PChapter 16, Problem 39PChapter 16, Problem 41PChapter 16, Problem 43PChapter 16, Problem 44PChapter 16, Problem 48PChapter 16, Problem 50PChapter 16, Problem 60APChapter 17, Problem 1CQChapter 17, Problem 9PChapter 17, Problem 32PChapter 17, Problem 41PChapter 17, Problem 48PGiven Info: The tungsten wire has length 15.0 cm and radius is 1.00 mm Explanation: Formula to...Chapter 17, Problem 66APChapter 17, Problem 68APChapter 18, Problem 1CQChapter 18, Problem 10PChapter 18, Problem 12PChapter 18, Problem 15PChapter 18, Problem 23PChapter 18, Problem 30PChapter 18, Problem 31PChapter 18, Problem 43PChapter 18, Problem 61APExplanation: The magnetic force on a moving charged particle is given by, F→=q(v→×B→) The velocity...Chapter 19, Problem 42PChapter 19, Problem 48PChapter 19, Problem 50PGiven Info: The wire is lying on a horizontal table in the xy-plane. The wire carries a current of...Chapter 19, Problem 53PGiven info: The wire along the x-axis carries current of 5.00 A . The current along the y-axis...Given info: The three conductors are parallel and carry equal currents of magnitude I=2.0 A which is...Chapter 19, Problem 73APChapter 19, Problem 76APChapter 20, Problem 1CQExplanation: Given Info: current in the coil is 2A, number of turns is 300, length of the coil is 20...Explanation: Given Info: Resistance R is 6.00 Ω , length l is 1.20 m , current I is 1.00 A and...Explanation: Given Info: Number of turns in the coil N is 475 turns , Cross sectional area A is...Explanation: Given Info: Voltage ε is 9.00 V , t is 0.100 s , maximum value of I(t) is 2.00 A Since...Explanation: Given Info: Electromotive force ε is 6.0 V , Resistance R is 8.0 MΩ , Inductance L is...Explanation: Given Info: The length of insulated copper wire is 60.0 m and radius of the copper wire...Chapter 20, Problem 57APChapter 20, Problem 63APChapter 21, Problem 1CQChapter 21, Problem 6PChapter 21, Problem 16PChapter 21, Problem 22PChapter 21, Problem 24PChapter 21, Problem 29PChapter 21, Problem 30PExplanation: Given info: The AC voltage has a form Δv=(90.0 V)sin(350t) . The resistance is 50.0 Ω ....Chapter 21, Problem 42PExplanation: Given Info: Distance r is 2.0 inch , Power of radiation emitted from the cell phoneis...The dispersion of light into a spectrum is most clearly visible in a rainbow. The phenomena behind...Explanation: The equation for time is, Δt=dc d is the distance c is the speed of light Substitute...Chapter 22, Problem 11PChapter 22, Problem 18PExplanation: The ray diagram for the minimum incident angle is given below: Formula to calculate the...Given Info: The refractive index of diamond is 2.419 . Explanation: Formula to calculate the...Explanation: The following ray diagram show path of the light. Formula to calculate the angle θ3 is,...Explanation: The ray diagram for the beam through the prism is Formula to calculate the refraction...Chapter 23, Problem 1CQChapter 23, Problem 46PGiven info: The radius if left side is −15.0 cm . The radius if right side is 10.0 cm . The...Chapter 23, Problem 51APChapter 23, Problem 52APChapter 23, Problem 54APChapter 23, Problem 57APChapter 23, Problem 59APChapter 23, Problem 61APChapter 24, Problem 1CQChapter 24, Problem 5PChapter 24, Problem 14PChapter 24, Problem 39PChapter 24, Problem 41PExplanation: Given Info: The velocity of light is 343 m/s , the frequency is 37.2 kHz , the slit...Chapter 24, Problem 61PChapter 24, Problem 64APChapter 24, Problem 66APChapter 24, Problem 70APChapter 25, Problem 1CQChapter 25, Problem 10PChapter 25, Problem 30PExplanation: The focal length of the lens for the left eye is, fL=pLqLpL+qL pL is the object...Chapter 26, Problem 1CQChapter 26, Problem 9PChapter 26, Problem 34PExplanation: The formula used to calculate the initial rest energy is, ERi=mic2 ERi is the initial...Explanation: Given Info: The rest energy of electron is 938.3 MeV . The rest energy of proton is...Chapter 26, Problem 43APChapter 26, Problem 45APChapter 26, Problem 56APExplanation: When the object is inside a hot kiln, the object gets heated and thus emit thermal...Explanation: The energy of the photon is, EPeak=hcλmax h is the Plank’s constant λmax is the maximum...Explanation: The work function in joules is, ϕJ=ϕeV(1.60×10−19 J1 eV) ϕJ is the work function in...Explanation: The figure shows the situation before and after the scattering process. The Compton...Explanation: The Compton shift formula is, λ'−λ=hmec(1−cosθ) (1) h is the Plank’s constant c is the...Explanation: The equation for de Broglie wavelength of the electron in terms of kinetic energy is,...Explanation: Johnny’s speed just before impact is, v2=v02+2ay(Δy)v=v02+2ay(Δy) v0 is the initial...Explanation: Expressing the relation between energy of the spectrum of the hydrogen atom and the...Explanation: Given Info: The Bohr radius is 0.0529 nm . Formula to calculate the radius is, r=n2ao r...Explanation: Formula to calculate the energy of the photon of the longest wavelength is,...Formula to calculate the energy level is, En=−Z2(13.6 eV)n2 En is the nth energy level, n is nth...Explanation: Formula to calculate the wavelength is, λ=1μZ2(36hc5k) μ is the reduced mass, Z is...Section1: To determine: The ionization energy of the L-shell. Answer: The ionization energy of the...Explanation: Expression the angular momentum associated with the orbital motion of Earth to satisfy...Explanation: Alpha emission is the radioactive decay process where the atomic nucleus emits an alpha...Explanation: Section 1: To determine: The orbital radii of C12 . Answer: The orbital radii of C12 is...Explanation: Formula to calculate the binding energy per nucleon is, BEA=[Zmp−Nmn−m(H12)]c2A mp is...Section 1: To determine: The binding energy per nucleon of F2656e . Answer: The binding energy per...Explanation: Given info: Half-life of I131 is 8.04 days. 1 day=(24)(3600 s) The half life is,...Explanation: Given info: Time elapsed is 1730 days. Half-life of C137 is 1.10×104days . Half-life of...Explanation: The mass of the particles on the left side is, mi=m(H11)+m(L37i) m(H11) is the mass of...Given Info: The sample contains 3.5 μg of C11. Half-life of C11 is 20.4 min. Formula to calculate...The reaction is, K+→π++π0 The following table gives the conservation law violated in the reaction....Explanation: Given Info: The percentage of mass reserved is 0.70% . The amount of uranium reserved...Explanation: Given Info: The density is 3×10−3 g/m3 . The deapth is 4×103 m . The radius is 6.38×106...The reaction is, 11H+612C→713A+γ⇒11H+612C→713N+γ Thus, the nucleus A is 713N. Conclusion: The...Explanation: The reaction is, Λ0→p+π+ A strangeness of Λ0 is -1, the strangeness of p is 0 and the...Explanation: Given info: Mass of water is 1.00 L . Avogadro number is 6.02×1023 molecules/mol . The...Explanation: Given info: The mass of ocean is 1.32×1021 kg The mass per mol is 18.0×10−3 kg/mol The...
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College Physics:
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