Near Earth, the density of protons in the solar wind (a stream of particles from the Sun) is 13.0 cm-3, and their speed is 503 km/s. (a) Find the current density of these protons. (b) If Earth's magnetic field did not deflect the protons, what total current Earth receive?
Near Earth, the density of protons in the solar wind (a stream of particles from the...
Near Earth, the density of protons in the solar wind (a stream of particles from the Sun) is 12.1 cm-3, and their speed is 559 km/s. (a) Find the current density of these protons. (b) If Earth's magnetic field did not deflect the protons, what total current Earth receive? Chapter 26, Problem 012 Near Earth, the density of protons in the solar wind (a stream of particles from the Sun) is 12.1 cm-3, and their speed is 559 km/s. (a)...
Near Earth, the density of protons in the solar wind (a stream of particles from the Sun) is 9.66 cm-3, and their speed is 697 km/s. (a) Find the current density of these protons. (b) If Earth's magnetic field did not deflect the protons, what total current Earth receive? (a) Number: _________________ Unit: A/m^2 (b) Number: _________________ Unit: A
PESSAGE HY INSTRUCTOR FULL SCREEN PRINTER VERSION NEXT Chapter 26, Problem 012 Near Earth, the density of protons in the solar wind (a stream of partides from the Sun) is 12.4 cm (b) If Earth's magnetic field did not deflect the protons, what total current Earth receive? , and their speed is 556 km/s. (a) Find the current density of these protons. (a) Number Units (b) Number Units Click if you would like to Show Work for this question: Open...
The solar wind is made up of ions, mostly protons, flowing out from the Sun at about 400 km/s. Near Earth, each cubic kilometer of interplanetary space contains, on average, 6 × 1015 solar-wind ions. How many moles of ions are in a cubic kilometer of near-Earth space?
The tail of the earth's magnetic field is stretched by the solar wind. The north field remains pointing away from the earth and the south field pointing toward the earth. The magnetic field at that distance has a magnetic flux density value near 0.25. Gauss. Space is the same medium on both sides of the magnetic field, but fields cannot exist in that way without a current sheet. If the sheet is infinite, use the correct formulas to determine the...
The tail of the Earth's magnetic field is stretched by the solar wind so that the north field remains pointing away from the earth and the south field pointing towards the earth. The magnetic field at that distance has a magnetic flux density value close to 0.25 Gauss. Space is the same medium on both sides of the magnetic field but fields can not exist in that way without a current sheet. If you assume that the sheet is infinite,...
Earth's atmospheric magnetic flux density is 7.0 mT near the north pole. Near the equator, a power density of 4 kW/m^2 exists from sunlight. A) Determine values for electric and magnetic field strengths due to solar electromagnetic radiation and magnetic flux density of solar EM radiation. B) Compare magnetic flux density of Earth and solar radiation.
A stream of protons and electrons are shot horizontally (from the left edge of the page to the right) with a speed of 1.2 x10^6 m/s. A magnetic field is oriented perpendicular to this motion (upward, out of the page) with a magnitude of 1.225 T. What is the radius of curvature and the direction for the curvature that each of these particles undergoes?
1) Find the total resistance in the circuit. 52 min quim 10211 102 M W 1022 2) An electron is moving to the right in a magnetic field that points upward. What is the direction of the magnetic force? 3) A typical MRI solenoid has a length of about 1 meter and a diameter of about 1 meter. A typical field inside such a solenoid is about 1 T. How many turns of wire must the solenoid have to produce...
In Example 34.6, we imagined equipping 1950DA, an asteroid on a collision course with the Earth, with a solar sail in hopes of ejecting it from the solar system. We found that the enormous size required for the solar sail makes the plan impossible at this time. Of course, there is no need to eject such an object from the solar system; we only need to change the orbit. A much more pressing problem is Apophis, a 300-m asteroid that may be...