Physics of Everyday Phenomena9th EditionW. Thomas Griffith, Juliet Brosing Professor Publisher: McGraw-Hill EducationISBN: 9781259894008
Physics of Everyday Phenomena
Solutions for Physics of Everyday Phenomena
Problem 1CQ:
Which units would not be appropriate for describing a rotational velocity: rad/min2, rev/s, rev/h,...Problem 2CQ:
Which units would not be appropriate for describing a rotational acceleration: rad/s, rev/s2,...Problem 3CQ:
A coin rolls down an inclined plane, gaining speed as it rolls. Does the coin have a rotational...Problem 4CQ:
The rate of rotation of an object is gradually slowing down. Does this object have a rotational...Problem 5CQ:
Is the rotational velocity of a child sitting near the center of a rotating merry-go-round the same...Problem 6CQ:
Is the linear speed of a child sitting near the center of a rotating merry-go-round the same as that...Problem 7CQ:
If an object has a constant rotational acceleration, is its rotational velocity also constant?...Problem 8CQ:
A ball rolls down an inclined plane, gaining speed as it goes. Does the ball experience both linear...Problem 9CQ:
Which, if either, will produce the greater torque: a force applied at the end of a wrench handle...Problem 10CQ:
Which of the forces pictured as acting upon the rod in the diagram will produce a torque about an...Problem 11CQ:
The two forces in the diagram have the same magnitude. Which orientation will produce the greater...Problem 12CQ:
Is it possible to balance two objects of different weights on the beam of a simple balance resting...Problem 13CQ:
Is it possible for the net force acting on an object to be zero, but the net torque to be greater...Problem 14CQ:
You are trying to move a large rock using a steel rod as a lever. Will it be more effective to place...Problem 18CQ:
An object is rotating with a constant rotational velocity. Can there be a net torque acting on the...Problem 19CQ:
A tall crate has a higher center of gravity than a shorter crate. Which will have the greater...Problem 20CQ:
Two objects have the same total mass, but object A has its mass concentrated closer to the axis of...Problem 21CQ:
Is it possible for two objects with the same mass to have different rotational inertias? Explain.Problem 22CQ:
Can you change your rotational inertia about a vertical axis through the center of your body without...Problem 23CQ:
A solid sphere and a hollow sphere made from different materials have the same mass and the same...Problem 24CQ:
Is angular momentum always conserved? Explain.Problem 25CQ:
A metal rod is rotated first about an axis through its center and then about an axis passing through...Problem 26CQ:
A child on a freely rotating merry-go-round moves from near the center to the edge. Will the...Problem 27CQ:
Moving straight inward, a large child jumps onto a freely rotating merry-go-round. What effect will...Problem 28CQ:
Is it possible for an ice skater to change his rotational velocity without involving any external...Problem 29CQ:
Suppose you are rotating a ball attached to a string in a circle. If you allow the string to wrap...Problem 30CQ:
Does the direction of the angular-momentum vector of the wheels change when a bicycle goes around a...Problem 31CQ:
Does the direction of the angular momentum vector change when a yo-yo starts to move upward having...Problem 32CQ:
Can a yo-yo be made to sleep if the string is tied tightly to the axle? Explain. (See everyday...Problem 33CQ:
An ice skater is spinning counterclockwise about a vertical axis when viewed from above. What is the...Problem 34CQ:
A pencil, balanced vertically on its eraser, falls to the right. a. What is the direction of its...Problem 35CQ:
A top falls over quickly if it is not spinning, but will stay approximately upright for some time...Problem 36CQ:
When we shift gears on the rear-wheel gear of a bicycle, does the torque applied to that wheel...Problem 37CQ:
In what foot position do we exert maximum torque on the bicycle pedal? Explain. (See everyday...Problem 38CQ:
If we move the chain to a larger sprocket on the rear-wheel gear of a bicycle, are we changing to a...Problem 1E:
Suppose a merry-go-round is rotating at the rate of 8 rev/min. a. Express this rotational velocity...Problem 2E:
When one of the authors was a teenager, the rate of rotation for popular music records on a record...Problem 3E:
Suppose a disk rotates through eight revolutions in 5 seconds. a. What is its displacement in...Problem 4E:
The rotational velocity of a merry-go-round increases at a constant rate from 0.3 rad/s to 2.1 rad/s...Problem 5E:
A bicycle wheel is rotationally accelerated at the constant rate of 1.3 rev/s2. a. If it starts from...Problem 6E:
The rotational velocity of a spinning disk decreases from 14 rev/s to 3 rev/s in a time of 15 s....Problem 7E:
Starting from rest, a merry-go-round accelerates at a constant rate of 0.4 rev/s2. a. What is its...Problem 8E:
A force of 60 N is applied at the end of a wrench handle that is 24 cm long. The force is applied in...Problem 9E:
A weight of 40 N is located a distance of 8 cm from the fulcrum of a simple balance beam. At what...Problem 10E:
A weight of 8 N is located 12 cm from the fulcrum on the beam of a simple balance. What weight...Problem 11E:
Two forces are applied to a merry-go-round with a radius of 1.3 m, as shown in this questions...Problem 12E:
A net torque of 93.5 Nm is applied to a disk with a rotational inertia of 11.0 kgm2. What is the...Problem 13E:
A wheel with a rotational inertia of 8.3 kgm2 accelerates at a rate of 4.0 rad/s2. What net torque...Problem 14E:
A torque of 76 Nm producing a counterclockwise rotation is applied to a wheel about its axle. A...Problem 15E:
Two 0.3-kg masses are located at either end of a 1.4-m long, very light and rigid rod, as shown in...Problem 16E:
A mass of 0.75 kg is located at the end of a very light and rigid rod 60 cm in length. The rod is...Problem 17E:
A uniform disk with a mass of 7 kg and a radius of 0.4 m is rotating with a rotational velocity of...Problem 18E:
A student, sitting on a stool holds masses in each hand. When his arms are extended, the total...Problem 1SP:
A merry-go-round in the park has a radius of 1.5 m and a rotational inertia of 800 kgm2. A child...Browse All Chapters of This Textbook
Chapter 1 - Physics, The Fundamental ScienceChapter 2 - Describing MotionChapter 3 - Falling Objects And Projectile MotionChapter 4 - Newton's Laws: Explaining MotionChapter 5 - Circular Motion, The Planets, And GravityChapter 6 - Energy And OscillationChapter 7 - Momentum And ImpulseChapter 8 - Rotational Motion Of Solid ObjectsChapter 9 - The Behaviour Of FluidsChapter 10 - Temperature And Heat
Chapter 11 - Heat Engines And The Second Law Of ThermodynamicsChapter 12 - Electrostatic PhenomenaChapter 13 - Electric CircuitsChapter 14 - Magnets And ElectromagnetismChapter 15 - Making WavesChapter 16 - Light Waves And ColorChapter 17 - Light And Image FormationChapter 18 - The Structure Of The AtomChapter 19 - The Nucleus And Nuclear EnergyChapter 20 - RelativityChapter 21 - Looking Deeper Into Everyday Phenomena
Sample Solutions for this Textbook
We offer sample solutions for Physics of Everyday Phenomena homework problems. See examples below:
From the graph given in the question, it can be observed that the average surface temperature of...Chapter 1, Problem 3SPWrite the formula for speed. speed=distancetime The distance is measured in boogles and time is...Chapter 2, Problem 18EChapter 2, Problem 4SPChapter 2, Problem 5SPChapter 3, Problem 1CQChapter 3, Problem 7EChapter 3, Problem 1SP
Chapter 3, Problem 2SPChapter 3, Problem 4SPChapter 3, Problem 5SPChapter 4, Problem 1CQChapter 4, Problem 1SPChapter 4, Problem 2SPChapter 4, Problem 4SPChapter 4, Problem 5SPChapter 4, Problem 6SPChapter 4, Problem 7SPChapter 5, Problem 1CQChapter 5, Problem 1SPChapter 5, Problem 2SPChapter 5, Problem 3SPChapter 5, Problem 5SPChapter 5, Problem 6SPChapter 6, Problem 1CQGiven info: The mass of the rock is 5.0 kg and the height by which the rock is lifted is 1.8 m....Chapter 6, Problem 16EGiven info: The force is 6 N and the distance moved is 1.7 m. Write the expression for the work done...Chapter 6, Problem 2SPChapter 6, Problem 4SPChapter 6, Problem 6SPChapter 7, Problem 1CQChapter 7, Problem 1SPChapter 7, Problem 2SPChapter 7, Problem 5SPChapter 8, Problem 1CQChapter 8, Problem 1SPChapter 8, Problem 3SPChapter 8, Problem 4SPChapter 9, Problem 1CQChapter 9, Problem 1SPGiven info: Density of water is 1000 kg/m3 , depth of water is 2.4 m , area is 0.6 m2 Write the...Chapter 9, Problem 3SPChapter 9, Problem 4SPChapter 10, Problem 1CQGiven info: The temperature in the morning is 18°C and in the afternoon is 30°C. Write the...Given info: The mass of ice is 140 g at initial temperature −22°C. The specific heat capacity of ice...Chapter 10, Problem 4SPGiven info: The amount of water in the beaker is 600 g and the work done on water by stirring is...Chapter 10, Problem 6SPIn heat engine, conversion of energy occurs from thermal energy to mechanical energy. The mechanical...Chapter 11, Problem 3SPChapter 11, Problem 5SPChapter 12, Problem 1CQChapter 12, Problem 1SPChapter 12, Problem 5SPChapter 13, Problem 1CQChapter 13, Problem 9EChapter 13, Problem 1SPChapter 13, Problem 3SPChapter 13, Problem 4SPChapter 13, Problem 5SPChapter 14, Problem 1CQChapter 14, Problem 1SPChapter 14, Problem 2SPChapter 14, Problem 3SPChapter 15, Problem 1CQGiven Info: The length of the rope is 12 m and mass of the rope is 3.2 kg. Write the formula to...Chapter 15, Problem 2SPChapter 15, Problem 3SPChapter 15, Problem 4SPChapter 15, Problem 5SPChapter 16, Problem 1CQGiven info: The wavelength associated with violet light is 380 nm and the wavelength associated with...Given info: Wavelength of the light is 580 nm, order of bright fringe is 1, the distance of screen...The velocity is a vector given by the rate of change of displacement. The speed of light is a...Given Info: An object of height 3.6 cm lies in front of a lens with focal length 8 cm at a distance...Given Info: The objective lens of a microscope has a focal length of 0.9 cm and an eyepiece of focal...An element is defined as any substance that contain only one type of atom. They are made of atoms...Chapter 18, Problem 1SPHydrogen spectrum lies in the visible, ultraviolet as well as infrared regions. Hydrogen spectrum is...The energy level diagram of hydrogen proposed by the Bohr model gives the energy of electrons in...Given info: Rutherford bombarded a sample of nitrogen gas with a beam of alpha particles. Proton is...Given info: The initial number of atoms are 102,400 and half-life of the element is 12 minutes....The number of proton number is equal to the atomic number and proton number plus neutron number is...Given info: The decay reaction given in the question is Th⇒Ra⇒Ac⇒Th⇒Ra⇒Rn⇒Po⇒Pb⇒Bi⇒Po⇒Pb. The...Given info: The mass of 1H2 is 2.014102 u , the mass of He3 is 3.016029 u and the mass of neutron is...Chapter 20, Problem 1CQGiven info: The velocity of the boat in still water is 7 m/s. The velocity of the stream is 3 m/s...Chapter 20, Problem 3SPGiven info: The mass of the water is 2.5 kg. The specific heat of water is 4186 J/kg⋅K. The change...The particles were grouped into three primary groups: leptons, mesons, and baryons. The leptons are...
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The Physics Of Everyday Phenomena: A Conceptual Introduction To Physics
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