Name: 
 

Multiplication and Division of Complex Numbers



 1 

The product of mc001-1.jpg and i is
a)
7
c)
mc001-3.jpg
b)
mc001-2.jpg
d)
mc001-4.jpg
 

 2 

The product of mc002-1.jpg and mc002-2.jpg is
a)
0
c)
mc002-3.jpg
b)
8
d)
4
 

 3 

When mc003-1.jpg is multiplied by its conjugate, the result is
a)
mc003-3.jpg
c)
5
b)
mc003-4.jpg
d)
13
 

 4 

The product of mc004-1.jpg and mc004-2.jpg is
a)
mc004-3.jpg
c)
mc004-5.jpg
b)
mc004-4.jpg
d)
mc004-6.jpg
 

 5 

The product of mc005-1.jpg and mc005-2.jpg is
a)
mc005-3.jpg
c)
mc005-5.jpg
b)
mc005-4.jpg
d)
mc005-6.jpg
 

 6 

What is the product of the complex numbers mc006-1.jpg and mc006-2.jpg expressed in simplest terms?
a)
mc006-3.jpg
c)
mc006-4.jpg
b)
8
d)
mc006-5.jpg
 

 7 

The expression mc007-1.jpg is equivalent to
a)
mc007-2.jpg
c)
mc007-4.jpg
b)
mc007-3.jpg
d)
mc007-5.jpg
 

 8 

If mc008-1.jpg, mc008-2.jpg, and mc008-3.jpg, the expression mc008-4.jpg equals
a)
mc008-6.jpg
c)
mc008-8.jpg
b)
mc008-7.jpg
d)
mc008-9.jpg
 

 9 

The expression mc009-1.jpg is equivalent to
a)
1
c)
mc009-2.jpg
b)
2
d)
mc009-3.jpg
 

 10 

The value of mc010-1.jpg is
a)
0
c)
mc010-2.jpg
b)
2
d)
mc010-3.jpg
 

 11 

The expression mc011-1.jpg is equivalent to
a)
mc011-2.jpg
c)
3
b)
mc011-3.jpg
d)
5
 

 12 

The expression mc012-1.jpg is equivalent to
a)
8
c)
10
b)
mc012-2.jpg
d)
mc012-3.jpg
 

 13 

The expression mc013-1.jpg is equivalent to
a)
mc013-2.jpg
c)
mc013-4.jpg
b)
mc013-3.jpg
d)
mc013-5.jpg
 

 14 

Expressed in mc014-1.jpg form, mc014-2.jpg is equivalent to
a)
mc014-3.jpg
c)
mc014-5.jpg
b)
mc014-4.jpg
d)
mc014-6.jpg
 

 15 

The expression mc015-1.jpg is equal to
a)
mc015-2.jpg
c)
mc015-3.jpg
b)
13
d)
mc015-4.jpg
 

 16 

If mc016-1.jpg, then mc016-2.jpg equals
a)
mc016-3.jpg
c)
mc016-5.jpg
b)
mc016-4.jpg
d)
13
 

 17 

The expression mc017-1.jpg is equivalent to
a)
mc017-2.jpg
c)
mc017-4.jpg
b)
mc017-3.jpg
d)
mc017-5.jpg
 

 18 

The expression mc018-1.jpg is equivalent to
a)
0
c)
mc018-4.jpg
b)
mc018-3.jpg
d)
mc018-5.jpg
 

 19 

The expression mc019-1.jpg is equivalent to
a)
mc019-4.jpg
c)
mc019-6.jpg
b)
mc019-5.jpg
d)
mc019-7.jpg
 

 20 

Expressed in mc020-1.jpg form, mc020-2.jpg is equivalent to
a)
mc020-3.jpg
c)
mc020-5.jpg
b)
mc020-4.jpg
d)
mc020-6.jpg
 

 21 

The expression mc021-1.jpg is equivalent to
a)
mc021-2.jpg
c)
mc021-4.jpg
b)
mc021-3.jpg
d)
mc021-5.jpg
 

 22 

The expression mc022-1.jpg is equivalent to
a)
mc022-2.jpg
c)
mc022-4.jpg
b)
mc022-3.jpg
d)
mc022-5.jpg
 

 23 

The expression mc023-1.jpg is equivalent to
a)
mc023-2.jpg
c)
mc023-4.jpg
b)
mc023-3.jpg
d)
mc023-5.jpg
 

 24 

The expression mc024-1.jpg is equivalent to
a)
mc024-2.jpg
c)
mc024-4.jpg
b)
mc024-3.jpg
d)
mc024-5.jpg
 

 25 

The expression mc025-1.jpg is equivalent to
a)
mc025-2.jpg
c)
mc025-4.jpg
b)
mc025-3.jpg
d)
mc025-5.jpg
 

 26 

What is the multiplicative inverse of  3i?
a)
mc026-1.jpg
c)
mc026-3.jpg
b)
mc026-2.jpg
d)
mc026-4.jpg
 

 27 

What is the multiplicative inverse of  mc027-1.jpg?
a)
mc027-2.jpg
c)
mc027-4.jpg
b)
mc027-3.jpg
d)
mc027-5.jpg
 

 28 

The relationship between voltage, E, current, I, and resistance, Z, is given by the equation mc028-1.jpg.  If a circuit has a current mc028-2.jpg and a resistance mc028-3.jpg, what is the voltage of this circuit?
a)
mc028-4.jpg
c)
mc028-6.jpg
b)
mc028-5.jpg
d)
mc028-7.jpg
 

 29 

Impedance measures the opposition of an electrical circuit to the flow of electricity.  The total impedance in a particular circuit is given by the formula mc029-1.jpg.  What is the total impedance of a circuit, mc029-2.jpg, if  mc029-3.jpg and mc029-4.jpg?
a)
1
c)
mc029-5.jpg
b)
0
d)
mc029-6.jpg
 

 30 

What is the product of mc030-1.jpg and mc030-2.jpg, expressed in simplest mc030-3.jpg form?
a)
mc030-5.jpg
c)
mc030-7.jpg
b)
mc030-6.jpg
d)
mc030-8.jpg
 



 
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