B to t₁ B + x At time to, a localized magnetic field is detected at < -4.6, -2.45,0> m, with a direction B =< 0.5663, −0.8242, 0>. A short time later, this localized magnetic field is detected at < 5.53, 4.51,0> m. It is determined that this magnetic field is due to passing electromagnetic radiation. What is , the direction of propagation of the radiation?
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At time to, a localized magnetic field is detected at < −4.6, -2.45,0 > m, with a direction
B =< 0.5663, −0.8242, 0 >. A short time later, this localized magnetic field is detected at
< 5.53, 4.51, 0> m. It is determined that this magnetic field is due to passing electromagnetic radiation.
What is , the direction of propagation of the radiation?
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- A particle with mass m and with a charge + q is moving at 2x10 ^ 5 m / s in the positive X direction, in a space affected by the electric field 8x10 ^ 4 N / m in the positive Y direction. In order for a particle to move straight, it must also be in a large magnetic field and its direction: a. 10 T is along the positive Y axis b. 4 T is along the negative Y axis c. 0.4 T is along the negative Y axis d. 0.4 T is along the positive Z axis e. 2.5 is along the negative X axisA particle with initial velocity vo (5.85 × 10³ m/s) enters a region of uniform electric and magnetic fields. The magnetic field in the region is B = -(1.35T)k. You can ignore the weight of the particle. For related problem-solving tips and strategies, you may want to view a Video Tutor Solution of An e,m demonstration experiment. Part A Calculate the magnitude of the electric field in the region if the particle is to pass through undeflected, for a particle of charge +0.640 nC. Express your answer in volts per meter. E = Submit Part B Part C ΑΣΦ E = Request Answer ? V/m Calculate the magnitude of the electric field in the region if the particle is to pass through undeflected, for a particle of charge -0.320 nC. Express your answer in volts per meter. 17 ΑΣΦ V/mProblem 2: An electric current I0.85 A is flowing in a long wire. Consider a rectangular area with one side parallel to the wire and at a distance 0.043 m away from the wire. Let the dimensions of the rectangle be a 0.024 m and b-0.057 m Part (a) Express the magnitude of the magnetic field generated by the wire B at a distance r in terms of I and r. B(r) Но 4 5 6 BACKSPAC CLEAR Submit Hint I give up! Hints: 1% deduction per hint. Hints remaining: 3 Feedback: 1% deduction per feedback. Part (b) Express the magnetic flux, ф, in the rectangle as an integral of B(r) A Part (c) Integrate the expression in part (b) 圖 Part (d) Calculate the numerical value of φ in T-m2.
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- Radiation and a copper wire A slab (pulse) of electromagnetic radiation that is h = 15 cm thick is propagating downward (in the -y direction) toward a short horizontal copper wire located at the origin and oriented parallel to the z axis, as shown in the figure. 15 cm EE ↓ (a) The direction of the electric field inside the slab is out of the page (in the +z direction). What is the direction of the magnetic field inside the slab? -X (b) You stand on the x axis at location m, at right angles to the direction of propagation of the pulse. Your friend stands on the z axis at location m. The pulse passes the copper wire at time t₁ = 0, and at a later time to you observe new non-zero electric and magnetic fields at your location. What is t₂? (give a numerical answer.) (c) What is the direction of the new electric field at your location? -Z (d) What is the direction of the new magnetic field at your location? +y ✓✓ (e) What is the direction of the new electric field at your friend's…= 220 mA lying along the X-axis with the Suppose you have one wire with ij current flowing in the negative X direction, and another wire with i2 = 360 mA lying along the y-axis with the current flowing in the positive y direction. What is the magnitude of the magnetic field at (x, y) = (2.0cm, 2.0cm)? O 2.2 x 10-6 T O3.9 x 10-6 T O1.4 x 10-6 T O 3.6 x 10-6 T 5.8 × 10-6 TA rocket zooms past the earth at v = 2.0 x 10 m/s. Scientists on the rocket have created the electric and magnetic fields shown in the figure. (Figure 1) Assume that B=0.60 T and E = 6.0x105 V/m. Figure B E 2.0 × 10 m/s 1 of 1 ▼ Part A What is the electric field strength measured by an earthbound scientist? Express your answer using two significant figures. VE ΑΣΦ Submit Part B Up Down O Left What is the direction of the electric field measured by an earthbound scientist? B = Request Answer Right Into the page Submit Out of the page Part C Stad Request Answer ? V/m What is the magnetic field strength measured by an earthbound scientist? Express your answer using two significant figures. VE ΑΣΦ LITER ? T
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