Name: 
 

Quiz 1.1 to 1.2


Multiple Choice
Identify the choice that best completes the statement or answers the question.
 

 1. 
Evaluate the following without a calculator: mc001-1.jpg
a.
121
c.
2002
b.
9
d.
15235
 

 2. 
Evaluate the following without a calculator: mc002-1.jpg
a.
303
c.
241
b.
40025
d.
mc002-4.jpg
 

 3. 
Which of the following is incorrect?
i) mc003-1.jpg        iii) mc003-2.jpg
ii) mc003-3.jpg       iv) mc003-4.jpg
a.
i and ii
c.
iii and iv
b.
i and iv
d.
None of them
 

 4. 
If mc004-1.jpg and mc004-2.jpg, what is the smallest possible value of N?
a.
271
c.
33
b.
137
d.
23
 

 5. 
One day a sales person talked to 16 customers in 1 hour.  How long would he need to work if he wanted to talk to 112 customers?
a.
6 hours
c.
7 hours
b.
6.5 hours
d.
8 hours
 

 6. 
Gaston withdrew $26 from his bank account each week for 17 weeks.  Use integers to find the total amount Gaston withdrew over the 17 weeks.
a.
$444
c.
$408
b.
$442
d.
$342
 

 7. 
1.      The only possible values of mc007-1.jpg are 3, 6, 9, and 12.  The only possible values of mc007-2.jpgare -10, -8, -6, and -4.  What is the largest and smallest value of mc007-3.jpg?
a.
12
c.
-12
b.
120
d.
108
 

 8. 
The mean of a group of six numbers is 40.  The number 12 is removed from the group, what is the new mean?
a.
228
c.
48
b.
45.6
d.
48.7
 

 9. 
The prime number 1999 can be written as mc009-1.jpg.  Given that mc009-2.jpg, what is the value of mc009-3.jpg?
a.
1919881
c.
1999
b.
19980001
d.
1998001
 

 10. 
A factorial “n!”is a function that multiplies all positive integers less than or equal to “n”.  For instance, mc010-1.jpg, mc010-2.jpg.  Find the value of:
mc010-3.jpg
a.
15!
c.
120
b.
15
d.
720
 

 11. 
A factorial “n!”is a function that multiplies all positive integers less than or equal to “n”.  For instance, mc011-1.jpg, mc011-2.jpg.  Find the value of:
mc011-3.jpg
a.
120
c.
5040
b.
90
d.
2!
 

 12. 
A factorial “n!”is a function that multiplies all positive integers less than or equal to “n”.  For instance, mc012-1.jpg, mc012-2.jpg.  Find the value of “x”:
mc012-3.jpg
i) x = 5      iii) x = 3
ii) x = 4     iv) x = 4
a.
i) only
c.
i) and ii)
b.
i) and iii)
d.
iv) only
 

 13. 
Jason places coins in the order of penny, nickel, dime, penny, nickel, dime and so on, so that each row contains one more than the previous row as shown.  What is the value of all the coins if there are 20 rows?
mc013-1.jpg
a.
$11.20
c.
$8.20
b.
$14.20
d.
$10.70
 



 
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