4)if the potential difference applied to a coolidge tube is 28.8kV,find out the maximum kinetic energy energy and velocity of the electrons hitting the target.
ans 4.61×10^-15,1.01×10^8 m/s

Question

4)if the potential difference applied to a coolidge tube is 28
8kV,find out the maximum kinetic energy energy and velocity of the
electrons hitting the target
ans 4 61×10^-15,1 01×10^8 m/s

Ravi Gupta · Accepted Answer

KE = 12mv2Ke eV = 1 6×10-19×28
8×1000 = 4
6×10-15 Jv = 2×KEm = 2×28
8×1000×1 69 1×10-31 = 1
01×108 m/s

4)if the potential difference applied to a coolidge tube is 28.8kV,find out the maximum kinetic energy energy and velocity of the electrons hitting the target. ans 4.61×10^-15,1.01×10^8 m/s

4)if the potential difference applied to a coolidge tube is 28.8kV,find out the maximum kinetic energy energy and velocity of the electrons hitting the target.
ans 4.61×10^-15,1.01×10^8 m/s