An e-beam welder uses a 20 kV potential to give an electron beam aimed at the metal to be welded. If the beam current is 50 mA, calculate, i) the number of electrons incident per second on the weld. ii) The power incident on the weld.
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- 7. Suppose a I = 0.57 A current flows through a mystery box; the current flows from a potential V = 0V to a potential V = 3.4V. (a) Which of these is true? A) The box releases power from the current B) The box supplies power to the current (b) How much power? A) 0.17 W B) 1.9W C) 1.94 W D) 5.96 W OV 0.57A -3.4VIn an ion accelerator, 2.40x1013 helium-4 nuclei (charge +2e) per second strike a target. What is the magnitude of the beam current? HA k at nt rences Next > Mc Graw Hill < „Prev 3 of 10 acerEnergetic particles, such as protons, can be detected with a silicon detector. When a particle strikes a thin piece of silicon, it creates a large number of free electrons by ionizing silicon atoms. The electrons flow to an electrode on the surface of the detector, and this current is then amplified and detected. In one experiment, each incident proton creates, on average, 37,000 electrons; the electron current is amplified by a factor of 100; and the experimenters record an amplified current of 3.5 μ.Α. Part A How many protons are striking the detector per second? N = Submit 5 ΑΣΦ Request Answer ? protons per second
- 16Energetic particles, such as protons, can be detected with a silicon detector. When a particle strikes a thin piece of silicon, it creates a large number of free electrons by ionizing silicon atoms. The electrons flow to an electrode on the surface of the detector, and this current is then amplified and detected. In one experiment, each incident proton creates, on average, 34,000 electrons; the electron current is amplified by a factor of 100; and the experimenters record an amplified current of 3.5 μA. How many protons are striking the detector per second?What is correct asnwer for this?