None Q1: Put a true or false mark in front of the followingstatements and correct the errors, if any1-lf we connect a battery whose internal resistance r andelectromotive force £ to both ends of external resistance R,then the value of the heat capacity applied in R is £R/R+r2-lf we want to keep an electric charge placed in an electricfield fixed in place, we remove the field from it3-Charges within the surface of the causs have an electric fieldstrength of zero4. A test charge can be transferred onto an isoelectric surfacewithout doing the work. The isotopes are atoms5. Isotopes are atoms that have the same mass number butdiffer in atomic number over the point distance to becalculated6. The amount of electric flux depends on the distancebetween the point whose flux is to be calculated and thecharge8. An electric field cannot have more than one direction at agiven point9. Electrification occurs as a result of an atom losing a numberof its electrons10. Semiconductor materials can be converted into conductivematerials when the crystal temperature is lowered11. Any electric field line that enters and exits a closed surfaceat the same time, its flux is not zero12 .To calculate the electric field of a continuous charge of thedistribution dE = K da/r^213. Charges are transferred from the positive electrode (highvoltage) to the negative electrode (low voltage) inside thebattery

Q1: Put a true or false mark in front of the following statements and correct the errors, if any 1-lf we connect a battery whose internal resistance r and electromotive force £ to both ends of external resistance R, then the value of the heat capacity applied in R is £R/R+r 2-lf we want to keep an electric charge placed in an electric field fixed in place, we remove the field from it 3-Charges within the surface of the causs have an electric field strength of zero

Q1: Put a true or false mark in front of the following statements and correct the errors, if any 1-lf we connect a battery whose internal resistance r and electromotive force £ to both ends of external resistance R, then the value of the heat capacity applied in R is £R/R+r 2-lf we want to keep an electric charge placed in an electric field fixed in place, we remove the field from it 3-Charges within the surface of the causs have an electric field strength of zero

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

None

Q1: Put a true or false mark in front of the following
statements and correct the errors, if any
1-lf we connect a battery whose internal resistance r and
electromotive force £ to both ends of external resistance R,
then the value of the heat capacity applied in R is £R/R+r
2-lf we want to keep an electric charge placed in an electric
field fixed in place, we remove the field from it
3-Charges within the surface of the causs have an electric field
strength of zero
4. A test charge can be transferred onto an isoelectric surface
without doing the work. The isotopes are atoms
5. Isotopes are atoms that have the same mass number but
differ in atomic number over the point distance to be
calculated
6. The amount of electric flux depends on the distance
between the point whose flux is to be calculated and the
charge
8. An electric field cannot have more than one direction at a
given point
9. Electrification occurs as a result of an atom losing a number
of its electrons
10. Semiconductor materials can be converted into conductive
materials when the crystal temperature is lowered
11. Any electric field line that enters and exits a closed surface
at the same time, its flux is not zero
12 .To calculate the electric field of a continuous charge of the
distribution dE = K da/r^2
13. Charges are transferred from the positive electrode (high
voltage) to the negative electrode (low voltage) inside the
battery

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Problem 4: Speed deamplifier. In the figure above on the right, block 1 of mass m1 slides along an x-axis on a frictionless floor at speed 4 m/sec.Then it undergoes a one-dimensional elastic collision with stationary block 2 of mass m2 = 2m1. Next, block 2 undergoes a one-dimensional elastic collision with stationary block 3 of mass mz = 4m1. What then is the speed of block 3? Answer: 16 m/sec or 1.78 m/sec.