The correct option is C. toward the floor.
The magnetic force on the moving negative charge acts towards the floor.
<u>Explanation</u>:
The direction of the force applied on the moving charged particle placed in the magnetic field can be determined with the help of Fleming’s Left hand rule.
The current flows in the direction opposite to the direction of electron. If the electron moves from negative terminal to positive terminal, then the current will flow from positive terminal to negative terminal.
As given, the direction of electron- South to North
So the direction of current will be- North to South
Using Fleming's Left hand rule we get the direction of force in downward direction, i.e. towards the floor.
That is a corqet tool it is used for fixing tires
are you using windows? linux? mac?
Answer:
First of all, check your router (the thing that gives you internet). Maybe that's the problem. It that doesn´t work, try going to settings and going to WIFI. Then disconnect the WIFI and connect it again. Sometimes the WIFI gets connected, but doesn't like ¨grab¨ correctly, so it keeps falling. Hope this helped.
Explanation:
Answer:
def element_loc():
is_end = 'n'
dimen2 = []
while is_end == 'n':
par1 = input("Enter rows and columns: ").split(",")
part = [int(i) for i in par1]
dimen2. append(part)
is_end = input("Do you want to add more rows? y/n: ")
mini = list()
for i in dimen2:
mini. append(min(i))
result = min(mini)
row_index = mini. index(result)
col_index = dimen2[row_index]. index(result)
print("Row: ", row_index, "Col_index: ", col_index)
element_loc()
Explanation:
The python program solution above prompts users for the two-dimensional array and then the rows of the array are compared with the minimum value stored in another list or array. The row index and the column index are gotten from the mini and dimen2 arrays respectively and are displayed as the position of the minimum value in the two-dimensional array.
