An electron is accelerated through the potential difference of 45000 V as shown. The separation between the plates is 0.11 m. tungsten target „electric field lines ov +45000v X-rays cathode anode Select one or more: DA The electric potential energy of electron is the highest at anode O B. The electric potential energy of electron is the highest at cathode OC. The kinetic energy of electron is double at tungsten target than at anode. O D. The electric field at point B is 409090.91 N/C DE. The kinetic energy of electron is the highest at anode. OF. The electron is accelerated uniformly between the cathode and anode. OG. The electric field at point A is 409090.91 N/C O H. The electron moves with an increasing velocity between anode and target.
An electron is accelerated through the potential difference of 45000 V as shown. The separation between the plates is 0.11 m. tungsten target „electric field lines ov +45000v X-rays cathode anode Select one or more: DA The electric potential energy of electron is the highest at anode O B. The electric potential energy of electron is the highest at cathode OC. The kinetic energy of electron is double at tungsten target than at anode. O D. The electric field at point B is 409090.91 N/C DE. The kinetic energy of electron is the highest at anode. OF. The electron is accelerated uniformly between the cathode and anode. OG. The electric field at point A is 409090.91 N/C O H. The electron moves with an increasing velocity between anode and target.
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Transcribed Image Text:An electron is accelerated through the potential difference of 45000 V as shown.
The separation between the plates is 0.11 m.
tungsten
target
„electric field lines
ov
+45000v
X-rays
cathode
anode
Select one or more:
DA The electric potential energy of electron is the highest at anode
O B. The electric potential energy of electron is the highest at cathode
OC. The kinetic energy of electron is double at tungsten target than at anode.
O D. The electric field at point B is 409090.91 N/C
DE. The kinetic energy of electron is the highest at anode.
OF. The electron is accelerated uniformly between the cathode and anode.
OG. The electric field at point A is 409090.91 N/C
O H. The electron moves with an increasing velocity between anode and
target.
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