Answer:
3.16X10∧-11 m
Explanation:
1/2 mv2 = qV (KE = Electric potential energy)
velocity = √2qV/m = √( 2X 1.6X10∧-19 X 1500/9.11X10∧-31)
2.3X10∧7m/s
now use De Broglie equation
λ = h/mv
= 6.62X10∧-34/( 9.11X10∧-31 X 2.3X10∧7)
3.16 X 10∧-11 m
or
use the above equations and substitute to get the final eqiation
λ = h/√(2mqV) = 3.16X 10∧-11 m
The french revolution led to many deaths and impacted history because of the amount of life lost
<span>A bar magnet moves through a loop of wire with constant velocity, and the north pole enters the loop first the induced current will be greatest when the magnet is located so that </span>the loop is near either the north or the south pole.
i think number 1 on the bottom is friction, i honestly am having trouble myself so i cannot really help
Answer:
Explanation:
For this case we know that the charge associated to the transferred electrons of the small spark is 
and we want to find the number of electrons transferred.
From the properties of matter we know that the charge of the electron is
And we know that the total charge is given by this expression:
Where Q represent the charge, n the number of electrons and e the charge of the electron.
If we solve for n we got:
And replacing we got:
