Bundle: College Physics, Loose-Leaf Ver...10th EditionRaymond A. Serway, Chris Vuille Publisher: Cengage LearningISBN: 9781305367395
Bundle: College Physics, Loose-Leaf Ver...
Solutions for Bundle: College Physics, Loose-Leaf Version, 10th, + WebAssign Printed Access Card for Serway/Vuille's College Physics, 10th Edition, Multi-Term
Problem 1WUE:
Physics Review A hockey player strikes a puck, giving it an initial velocity of 10.0 m/s in the...Problem 2WUE:
Four forces act on an object, given by A = 40.0 N east, B = 50.0 north, C = 70.0 N west, and D =...Problem 3WUE:
A force of 30.0 N is applied in the positive x-direction to a block of mass 8.00 kg, at rest on a...Problem 4WUE:
What would be the acceleration of gravity at the surface of a world with twice Earths mass and twice...Problem 5WUE:
Two monkeys are holding onto a single vine of negligible mass that hangs vertically from a tree,...Problem 6WUE:
Two identical strings making an angle of = 30.0 with respect to the vertical support a block of...Problem 7WUE:
Calculate the normal force on a 15.0 kg block in the following circumstances: (a) The block is...Problem 8WUE:
A horizontal force of 95.0 N is applied to a 60.0.kg crate on a rough, level surface. If the crate...Problem 10WUE:
A block of mass 12.0 kg is sliding at an initial velocity of 8.00 m/s in the positive x-direction....Problem 11WUE:
A man exerts a horizontal force of 112 N on a refrigerator of mass 42.0 kg. If the refrigerator...Problem 12WUE:
An Atwoods machine (Fig. 4.38) consists of two masses: one of mass 3.00 kg and the other of mass...Problem 13WUE:
A block of mass m1= 10 kg is on a frictionless table to the left of a second block of mass m2 = 24...Problem 1CQ:
A passenger sitting in the rear of a bus claims that she was injured as the driver slammed on the...Problem 2CQ:
A space explorer is moving through space far from any planet or star. He notices a large rock, taken...Problem 3CQ:
(a) If gold were sold by weight, would you rather buy it in Denver or in Death Valley? (b) If it...Problem 4CQ:
If you push on a heavy box that is at rest, you must exert some force to start its motion. Once the...Problem 5CQ:
A ball is held in a persons hand. (a) Identify all the external forces acting on the ball and the...Problem 6CQ:
A weight lifter stands on a bathroom scale. (a) As she pumps a barbell up and down, what happens to...Problem 7CQ:
(a) What force causes an automobile to move? (b) A propeller-driven airplane? (c) A rowboat?Problem 9CQ:
In the: motion picture It Happened One Night (Columbia Pictures, 1934), Clark Gable is standing...Problem 10CQ:
Analyze the motion of a rock dropped in water in terms of its speed and acceleration as it falls....Problem 11CQ:
Identify the action-reaction pairs in the following situations: (a) a man takes a step, (b) a...Problem 12CQ:
Draw a free-body diagram for each of the following objects: (a) a projectile in motion in the...Problem 13CQ:
In a tug-of-war between two athletes, each pulls on the rope with a force of 200 N. What is the...Problem 14CQ:
Suppose you are driving a car at a high speed. Why should you avoid slamming on your brakes when you...Problem 15CQ:
As a block slides down a frictionless incline, which of the following statements is true? (a) Both...Problem 16CQ:
A crate remains stationary after it has been placed on a ramp inclined at an angle with the...Problem 17CQ:
In Figure 4.4, a locomotive has broken through the wall of a train station. During the collision,...Problem 18CQ:
If an object is in equilibrium, which of the following statements is not true? (a) The speed of the...Problem 19CQ:
A truck loaded with sand accelerates along a highway. The driving force on the truck remains...Problem 20CQ:
A large crate of mass m is placed on the back of a truck but not tied down. As the truck accelerates...Problem 21CQ:
Which of the following statements are true? (a) An astronauts weight is the same on the Moon as on...Problem 1P:
The heaviest invertebrate is the giant squid, which is estimated to have a weight of about 2 tons...Problem 2P:
A football punter accelerates a football from rest to a speed of 10 m/s during the time in which his...Problem 3P:
A 6.0-kg object undergoes an acceleration of 2.0 m/s2. (a) What is the magnitude of the resultant...Problem 4P:
One or more external forces are exerted on each object enclosed in a dashed box shown in Figure 4.2....Problem 5P:
A bag of sugar weighs 5.00 lb on Earth. What would it weigh in newtons on the Moon, where the...Problem 6P:
A freight train has a mass of 1.5 107 kg. If the locomotive can exert a constant pull of 7.5 105...Problem 7P:
A 75-kg man standing on a scale in an elevator notes that as the elevator rises, the scale reads 825...Problem 8P:
Consider a solid metal sphere (S) a few centimeters in diameter and a feather (F). For each quantity...Problem 9P:
As a fish jumps vertically out of the water, assume that only two significant forces act on it: an...Problem 10P:
A 5.0-g bullet leaves the muzzle of a rifle with a speed of 320 m/s. What force (assumed constant)...Problem 11P:
A boat moves through the water with two forces acting on it. One is a 2.00 103-N forward push by...Problem 12P:
Two forces are applied to a car in an effort to move it, as shown in Figure P4.12. (a) What is the...Problem 13P:
A 970.-kg car starts from rest on a horizontal roadway and accelerates eastward for 5.00 s when it...Problem 14P:
An object of mass m is dropped from the roof of a building of height h. While the object is falling,...Problem 15P:
After falling from rest from a height of 30.0 m, a 0.500-kg ball rebounds upward, reaching a height...Problem 16P:
The force exerted by the wind on the sails of a sailboat is 390 N north. The water exerts a force of...Problem 17P:
(a) Find the tension in each cable supporting the 6.00 102-N cat burglar in Figure P4.35. (b)...Problem 18P:
A certain orthodontist uses a wire brace to align a patients crooked tooth as in Figure P4.88. The...Problem 19P:
A 150-N bird feeder is supported by three cables as shown in Figure P4.39. Find the tension in each...Problem 20P:
The leg and cast in Figure P4.40 weigh 220 N (w1). Determine the weight w2 and the angle needed so...Problem 21P:
Two blocks each of mass m are fastened to the top of an elevator as in Figure P4.56. The elevator...Problem 22P:
Two blocks each of mass m = 3.50 kg are fastened to the top of an elevator as in Figure P4.56. (a)...Problem 23P:
The distance between two telephone poles is 50.0 m. When a 1.00-kg bird lands on the telephone wire...Problem 24P:
The systems shown in Figure P4.58 are in equilibrium. If the spring scales are calibrated in...Problem 25P:
A 5.0-kg bucket of water is raised from a well by a rope. If the upward acceleration of the bucket...Problem 26P:
A crate of mass m = 32 kg rides on the bed of a truck attached by a cord to the back of the cab as...Problem 27P:
Two blocks of masses m and 2m are held in equilibrium on a frictionless incline as in Figure P4.57....Problem 28P:
Two packing crates of masses 10.0 kg and 5.00 kg are connected by a light string that passes over a...Problem 29P:
Assume the three blocks portrayed in Figure P4.59 move on a frictionless surface and a 42-N force...Problem 30P:
A block of mass m = 5.8 kg is pulled up a = 25 incline as in Figure P4.24 with a force of magnitude...Problem 31P:
A setup similar to the one shown in Figure P4.53 is often used in hospitals to support and apply a...Problem 32P:
Two blocks of masses m1 and m2 (m1 m2) are placed on a frictionless table in contact with each...Problem 33P:
A 276-kg glider is being pulled by a 1 950-kg jet along a horizontal runway with an acceleration of...Problem 34P:
In Figure P4.63, the light, taut, unstretchable cord B joins block 1 and the larger-mass block 2....Problem 35P:
(a) An elevator of mass m moving upward has two forces acting on it: the upward force of tension in...Problem 36P:
An object with mass m1 = 5.00 kg rests on a frictionless horizontal table and is connected to a...Problem 37P:
A 1.00 103 car is pulling a 300.-kg trailer. Together, the car and trailer have an acceleration of...Problem 38P:
Two objects with masses of 3.00 kg and 5.00 kg are connected by a light string that passes over a...Problem 39P:
A dockworker loading crates on a ship finds that a 20.0-kg crate, initially at rest on a horizontal...Problem 40P:
In Figure P4.64, m1 = 10. kg and m2 = 4.0 kg. The coefficient of static friction between m1 and the...Problem 41P:
A 1.00 103-N crate is being pushed across a level floor at a constant speed by a force F of 3.00 ...Problem 42P:
A block of mass 3m is placed on a frictionless horizontal surface, and a second block of mass m is...Problem 43P:
Consider a large truck carrying a heavy load, such as steel beams. A significant hazard for the...Problem 44P:
A crate of mass 45.0 kg is being transported on the flatbed of a pickup truck. The coefficient of...Problem 45P:
Objects with masses m1 = 10.0 kg and m2 = 5.00 kg are connected by a light string that passes over a...Problem 46P:
A hockey puck struck by a hockey stick is given an initial speed v0 in the positive x-direction. The...Problem 47P:
The coefficient of static friction between the 3.00-kg crate and the 35.0 incline of Figure P4.31 is...Problem 48P:
A student decides to move a box of books into her dormitory room by pulling on a rope attached to...Problem 49P:
An object falling under the pull of gravity is acted upon by a frictional force of air resistance....Problem 50P:
A car is traveling at 50.0 km/h on a flat highway. (a) If the coefficient of friction between road...Problem 51P:
A 3.00-kg block starts from rest at the top of a 30.0 incline and slides 2.00 m down the incline in...Problem 52P:
A 15.0-lb block rests on a horizontal floor, (a) What force does the floor exert on the block? (b) A...Problem 53P:
To meet a U.S. Postal Service requirement, employees footwear must have a coefficient of static...Problem 54P:
Objects of masses m1 = 4.00 kg and m2 = 9.00 kg are connected by a light string dial passes over a...Problem 55P:
The person in Figure P4.49 weighs 170. lb. Each crutch makes an angle of 22.0 with the vertical (as...Problem 56AP:
As a protest against the umpires calls, a baseball pitcher throws a ball straight up into the air at...Problem 57AP:
Three objects are connected on a table as shown in Figure P4.73. The coefficient of kinetic friction...Problem 58AP:
The force exerted by the wind on a sailboat is approximately perpendicular 10 the sail and...Problem 59AP:
(a) What is the resultant force exerted by the two cables supporting the traffic light in Figure...Problem 60AP:
(a) What is the minimum force of friction required to hold the system of Figure P4.74 in...Problem 61AP:
A boy coasts down a hill on a sled, reaching a level surface at the bottom with a speed of 7.00 m/s....Problem 62AP:
A woman at an airport is towing her 20.0-kg suitcase at constant speed by pulling on a strap at an...Problem 63AP:
A box rests on the back of a truck. The coefficient of static friction between the box and the bed...Problem 64AP:
Three objects are connected by light strings as shown in Figure P4.78. The string connecting the...Problem 65AP:
A frictionless plane is 10.0 m long and inclined at 35.0. A sled starts at the bottom with an...Problem 66AP:
A high diver of mass 70.0 kg steps off a board 10.0 m above the water and falls vertical to the...Problem 67AP:
A 2.00-kg aluminum block and a 6.00-kg copper block are connected by a light string over a...Problem 68AP:
An object of mass m1 hangs from a string that passes over a very light fixed pulley P1 as shown in...Problem 69AP:
Two boxes of fruit on a frictionless horizontal surface are connected by a light string as in Figure...Problem 70AP:
Measuring coefficients of friction A coin is placed near one edge of a book lying on a table, and...Problem 71AP:
A fisherman poles a boat as he searches for his next catch. He pushes parallel to the length of the...Problem 72AP:
A rope with mass m, is attached to a block with mass mb, as in Figure P4.72. Both the rope and the...Problem 73AP:
A car accelerates down a hill (Fig. P4.87), going from rest to 30.0 m/s in 6.00 s. During the...Problem 75AP:
The parachute on a race car of weight 8 820 N opens at the end of a quarter-mile run when the car is...Problem 76AP:
On an airplanes takeoff, the combined action of the air around the engines and wings of an airplane...Problem 77AP:
The board sandwiched between two other boards in Figure P4.91 weighs 95.5 N. If the coefficient of...Problem 78AP:
A sled weighing 60.0 N is pulled horizontally across snow so that the coefficient of kinetic...Problem 79AP:
A 72-kg man stands on a spring scale in an elevator. Starting from rest, the elevator ascends,...Problem 80AP:
A magician pulls a tablecloth from under a 200-g mug located 30.0 cm from the edge of the cloth. The...Problem 81AP:
An inventive child wants to reach an apple in a tree without climbing the tree. Sitting in a chair...Problem 82AP:
A fire helicopter carries a 620-kg bucket of water at the end of a 20.0-m-long cable. Flying back...Problem 83AP:
A crate of weight Fg is pushed by a force P on a horizontal floor as shown in Figure P4.83. The...Browse All Chapters of This Textbook
Chapter 1 - IntroductionChapter 2 - Motion In One DimensionChapter 2.2 - VelocityChapter 2.3 - AccelerationChapter 2.4 - Motion DiagramsChapter 2.6 - Freely Falling ObjectsChapter 3 - Vectors And Two-Dimensional MotionChapter 3.1 - Vectors And Their PropertiesChapter 3.2 - Components Of A VectorChapter 3.3 - Displacement, Velocity, And Accleration In Two Dimensions
Chapter 3.4 - Motion In Two DimensionsChapter 4 - The Laws Of MotionChapter 4.3 - Newton's Second LawChapter 4.4 - Newton's Third LawChapter 4.5 - Applications Of Newton's LawsChapter 4.6 - Forces Of FrictionChapter 5 - EnergyChapter 5.1 - WorkChapter 5.3 - Gravitational Potential EnergyChapter 5.5 - Spring Potential EnergyChapter 6 - Momentum And CollisionsChapter 6.1 - Momentum And ImpulseChapter 6.2 - Conservation Of MomentumChapter 6.3 - CollisionsChapter 7 - Rotational Motion And The Law Of GravityChapter 7.1 - Angular Speed And Angular AccelerationChapter 7.2 - Rotational Motion Under Constant Angular AccelerationChapter 7.3 - Relation Between Angular And Linear QuantitiesChapter 7.4 - Centripetal AccelerationChapter 7.5 - Newtonian GravitationChapter 7.6 - Kepler's LawsChapter 8 - Rotational Equilibrium And Rotational DynamicsChapter 8.5 - Relationship Between Torque And Angular AccelerationChapter 8.6 - Rotational Kinetic EnergyChapter 8.7 - Angular MomentumChapter 9 - Solids And FluidsChapter 9.2 - Density And PressureChapter 9.4 - Variation Of Pressure With DepthChapter 9.5 - Pressure MeasurementsChapter 9.6 - Buoyant Forces And Archimedes' PrincipleChapter 9.7 - 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 12.4 - 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 - Comparing Simple Harmonic Motion With Uniform Circular MotionChapter 13.4 - Position, Velocity, And Acceleration As A Function 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 14.9 - Forced Vibrations And ResonanceChapter 14.10 - Standing Waves In Air ColumnsChapter 14.11 - BeatsChapter 15 - Electric Forces And Electric FieldsChapter 15.1 - Properties Of Electric ChargesChapter 15.2 - Insulators And ConductorsChapter 15.3 - Coulomb's LawChapter 15.4 - Electric FieldsChapter 15.8 - The Van De Graaff GeneratorChapter 16 - Electrical Energy And CapacitanceChapter 16.1 - Electric Potential Energy And Electric PotentialChapter 16.2 - Electric Potential And Potential Energy Due To Point ChargesChapter 16.3 - Potentials And Charged ConductorsChapter 16.6 - CapacitanceChapter 16.7 - Combinations Of CapacitorsChapter 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 Voltage 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 SeriesChapter 18.3 - Resistors In ParallelChapter 18.5 - Rc CircuitsChapter 19 - MagnetismChapter 19.3 - Magnetic FieldsChapter 19.4 - Magnetic Force On A Current -Carrying ConductorChapter 19.6 - Motion Of A Charged Particle In A Magnetic FieldChapter 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 CircuitsChapter 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 RefractionChapter 23 - Mirrors And LensesChapter 23.1 - Flat MirrorsChapter 23.3 - Convex Mirrors And Sign ConventionsChapter 23.5 - Atmospheric RefractionChapter 24 - Wave OpticsChapter 24.2 - Young's Double-Slit ExperimentChapter 24.4 - Interference In Thin FilmsChapter 24.7 - Single Slit 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
Book Details
While physics can seem challenging, its true quality is the sheer simplicity of fundamental physical theories--theories and concepts that can enrich your view of the world around you. COLLEGE PHYSICS, Tenth Edition, provides a clear strategy for connecting those theories to a consistent problem-solving approach, carefully reinforcing this methodology throughout the text and connecting it to real-world examples. For students planning to take the MCAT exam, the text includes exclusive test prep and review tools to help you prepare.
Sample Solutions for this Textbook
We offer sample solutions for Bundle: College Physics, Loose-Leaf Version, 10th, + WebAssign Printed Access Card for Serway/Vuille's College Physics, 10th Edition, Multi-Term homework problems. See examples below:
Chapter 1, Problem 1WUEChapter 1, Problem 18PChapter 1, Problem 32PChapter 1, Problem 39PChapter 1, Problem 45PSolution: The figure representing the relationship between the height of mountain and the elevation...Chapter 1, Problem 56APChapter 2, Problem 1WUEChapter 2, Problem 6P
Chapter 2, Problem 20PChapter 2, Problem 36PChapter 2, Problem 48PChapter 2, Problem 50PChapter 2, Problem 52PChapter 2, Problem 53PChapter 2, Problem 66APChapter 2, Problem 71APChapter 3, Problem 1WUEChapter 3, Problem 14PChapter 3, Problem 19PChapter 3, Problem 23PChapter 3, Problem 28PChapter 3, Problem 35PChapter 3, Problem 41PChapter 3, Problem 51APChapter 3, Problem 60APChapter 3, Problem 72APChapter 4, Problem 1WUEChapter 4, Problem 7WUEChapter 4, Problem 32PChapter 4, Problem 35PChapter 4, Problem 37PChapter 4, Problem 41PChapter 4, Problem 51PChapter 4, Problem 57APChapter 4, Problem 68APChapter 4, Problem 69APChapter 4, Problem 79APChapter 4, Problem 84APChapter 5, Problem 1WUEChapter 5, Problem 10WUEChapter 5, Problem 22PChapter 5, Problem 29PChapter 5, Problem 31PChapter 5, Problem 46PChapter 5, Problem 49PChapter 5, Problem 60PChapter 5, Problem 65APChapter 5, Problem 71APChapter 5, Problem 73APChapter 5, Problem 81APExplanation: Given Info: The force constant of the spring is 3.85 N/m , the length the spring is...Chapter 6, Problem 1WUEChapter 6, Problem 31PChapter 6, Problem 44PChapter 6, Problem 54APChapter 6, Problem 55APChapter 6, Problem 60APChapter 6, Problem 62APChapter 6, Problem 63APChapter 6, Problem 67APChapter 6, Problem 69APChapter 6, Problem 77APChapter 7, Problem 1WUEChapter 7, Problem 12PChapter 7, Problem 17PChapter 7, Problem 19PChapter 7, Problem 26PChapter 7, Problem 31PGiven info: The mass of the dwarf is 1.991×1030 kg and the radius of the dwarf is 6.38×106 m ....Chapter 7, Problem 49APChapter 7, Problem 50APExplanation: Given info: The mass of the block is 0.50 kg . The initial speed of the block is 4.0...Chapter 7, Problem 66APChapter 8, Problem 1WUEChapter 8, Problem 15PExplanation: Given info: The mass of the segments in kg (Mass), the lengths of the segments...Chapter 8, Problem 22PExplanation: The weight of the beam acting downward from its midpoint, tension of the acting left...Chapter 8, Problem 34PChapter 8, Problem 44PChapter 8, Problem 53PChapter 8, Problem 54PChapter 8, Problem 59PChapter 8, Problem 76APExplanation: The following figure shows the free body diagram.Chapter 9, Problem 1WUEExplanation: 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 7PChapter 9, Problem 16PExplanation: Given info: The diameter of the steel cable 1.27 cm and it is 5.75 m long. The...Chapter 9, Problem 34PChapter 9, Problem 43PExplanation: Formula to calculate the time taken by the water to reach the ground is, t=2(Δy)ay t is...Chapter 9, Problem 55PChapter 9, Problem 56PChapter 9, Problem 57PChapter 9, Problem 83APExplanation: Given info: The initial radius of the balloon is 0.200 m . The final radius of the...Section 1: Explanation: To determine: The constants a and b. Answer: The constant (a) is 4.7×10−3...Chapter 10, Problem 15PChapter 10, Problem 18PChapter 10, Problem 21PChapter 10, Problem 26PChapter 10, Problem 30PChapter 10, Problem 38PChapter 10, Problem 60APExplanation: Given info: M=4m , c=4186 J/kg , and Lf=3.33×105J/kg Write the expression given....Explanation: Given Info: Expression for the compressive stress and strain is, FA=Y(ΔLL0) F is the...Chapter 11, Problem 18PExplanation: Given Info: Initial temperature of water and calorimeter is 10.0°C , mass of aluminum...Chapter 11, Problem 23PExplanation: 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 35PChapter 11, Problem 40PChapter 11, Problem 66APExplanation: Humans do work and give off energy by heat. This makes the First law of thermodynamics...Chapter 12, Problem 5PChapter 12, Problem 12PChapter 12, Problem 20PChapter 12, Problem 23PChapter 12, Problem 26PChapter 12, Problem 67APSection1: To determine: The constant volume occupied by the gas. Answer: The volume of the gas is...Chapter 12, Problem 72APChapter 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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