Multiple Choice Identify the
choice that best completes the statement or answers the question.
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1.
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What is the value of m if ?
a. | m = 2.1 | b. | m = 5.83 | c. | m = 7.75 | d. | m =
9.5 |
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2.
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Solve .
a. | a = 0.31 | b. | a = 0.323 | c. | a = 3.1 | d. | a =
37.975 |
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3.
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What is the value of h if ?
a. | h = 0.65 | b. | h = 1.538 | c. | h = 6.1685 | d. | h =
138.554 |
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4.
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Solve .
a. | c = 0.652 | b. | c = 2.48 | c. | c = 15.341 | d. | c =
38.019 |
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5.
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What is the value of h if ?
a. | h = 2.3 | b. | h = 2.8 | c. | h = 17.01 | d. | h =
21.42 |
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6.
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Solve .
a. | x = 1.5 | b. | x = 2 | c. | x = 3 | d. | x =
6 |
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7.
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Solve .
a. | z = 0.43 | b. | z = 1.00 | c. | z = 1.29 | d. | z =
3.00 |
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8.
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Solve the following: .
a. | x = 4 | b. | x = 6 | c. | x = 14 | d. | x =
24 |
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9.
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The average amount of daylight per day in Calgary is 14.6 h. The average amount
of daylight per day in Vancouver is 3.4 h more than half the number of hours in Calgary. The average
amount of daylight per day in Vancouver is:
a. | 7.3 h | b. | 10.7 h | c. | 11.2 h | d. | 18
h |
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10.
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Pat buys 3 cans of pop per week. This is 2 more than one fifth the number of
cans of juice Fred buys per week. The number of cans of juice Fred buys per week is:
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Use the figures to answer the following question(s).
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11.
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Which statement describes the number of dots in each figure?
a. | The number of dots is five more than two times the figure number. | b. | The number of dots
is four more than two times the figure number. | c. | The number of dots is six more than the figure
number. | d. | The number of dots is two more than five times the figure
number. |
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12.
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Following the pattern, which figure number will have 42 dots?
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Assume that this graph shows air pressure at different altitudes. Use the
graph to answer the following question(s).
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13.
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When a mountain climber reaches an altitude of 1000 m, what is the approximate
air pressure?
a. | 78 kPa | c. | 88 kPa | b. | 82 kPa | d. | 92 kPa |
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14.
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If a balloonist measures the air pressure to be 80 kPa, at what approximate
altitude was the measurement taken?
a. | 1300 m | c. | 2000 m | b. | 1700 m | d. | 2300 m |
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15.
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What is the approximate air pressure at an altitude of 4000 m?
a. | 35 kPa | c. | 43 kPa | b. | 40 kPa | d. | 50 kPa |
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Use the figures to answer the following question(s).
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16.
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Which figure number will have 42 dots?
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17.
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Which table of values represents the linear equation ?
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18.
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Which table of values represents the linear equation ?
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19.
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If the area of the first iteration of the Sierpinski triangle fractal is 1
unit 2, what is the area of the smallest triangle in the fourth iteration?
a. | unit2 | c. |
unit2 | b. | unit2 | d. |
unit2 |
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20.
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In a badminton tournament, a player who wins a match plays against another
winning player in the next round. A player who loses a match is eliminated. A tournament takes 8
round to decide the winner. If p represents the number of players and r represents the
number of rounds, which equation can be used to calculate how many players can enter the
tournament?
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Short Answer
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Write your answer in the space provided.
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21.
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Complete and solve the equation represented by the model below.
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22.
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A bag of marbles contains 36 red marbles. There are one quarter as many purple
marbles as there are red ones. There are 3 times as many green marbles as there are purple ones.
Determine the number of green marbles in the bag.
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The graph shows the cost of photocopying. Use the graph to answer the
following question(s).
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23.
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a) Approximately how much does it cost to copy 12 pages? b)
Approximately how much does it cost to copy 32 pages?
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24.
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A long distance phone plan charges a flat fee of $8 per month, plus $0.10 per
minute of call time. a) Write a linear equation to represent the relationship between the
number of minutes of call time, n, and the total monthly cost, c. b) Graph
the linear relation using 0 min as the first point and 80 min as the last. c) What is the total cost for a month where the
call time is 75 min?
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Problem
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25.
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Susan charges a flat rate of $20 per night of babysitting. She also charges an
extra fee of $3 per hour for every hour she works past 8 p.m. If Susan received $32 for a night of
babysitting, how late did she work?
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26.
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Tarek completes his weekly grocery shopping at Shop Safe. The total bill for his
order is $109.47. Tarek buys the same products the next week at Grocery Rite. The subtotal bill for
his order at Grocery Rite is 1.4 times greater than his bill from the previous week. He hands the
cashier $6.75 in discount coupons. How much cash does Tarek need to pay? Show your answer to the
closest cent.
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27.
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Video club members pay an annual membership fee of $25.00, which allows them to
rent movies for $3.50 instead of $5.00. What is the least number of videos that a club member must
rent during a year to save money from the membership?
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28.
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The following pattern of light and dark grey bricks is used to construct a
border along a garden path that is 20 m long. The bricks measure 20 cm by 10 cm.
a) Complete the table of values. Length of
Border (m) | 1 | 2 | 3 | 4 | 5 | Number of Light Grey Bricks | | | | | | Number of Dark Grey Bricks | | | | | | | | | | | | b) What is the relationship between the
length of the border and the number of light grey bricks? c) What is the relationship
between the length of the border and the number of dark grey bricks? d) What is the
relationship between the number of light grey bricks and the number of dark grey bricks? e)
How many bricks are needed for 20 m of border?
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29.
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Jada is considering two different payment plans for her gym membership. Plan A
charges a flat fee of $40.00 each month. Plan B charges a flat fee of $20.00 each month plus $2.00
per visit. a) Write a linear equation to represent each plan. b) Graph the two
linear relations. c) Use the graph to help you identify when
the two plans would have the same monthly cost. d) If Jada planned to visit the gym 12
times per month, which plan would cost less?
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30.
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A jet flies from Toronto to Rome. Its flight can be modelled by the linear
equation , where d is the distance, in kilometres, from Rome and t is the time, in
hours. a) Graph the linear relation. b) How long does it take to fly 4000
km?
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