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 +45000 v X-rays cathode anode Select one or more: OA. 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. OD. The electric field at point B is 409090.91 N/C OE. 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 +45000 v X-rays cathode anode Select one or more: OA. 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. OD. The electric field at point B is 409090.91 N/C OE. 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
+45000 v
X-rays
cathode
anode
Select one or more:
OA. 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.
OD. The electric field at point B is 409090.91 N/C
OE. 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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