2. mechanics of the game
1.Play in groups.
2.Pick a category and a point value.
3.The teacher will click on the chosen box for the question.
4.If a group is correct, they are awarded the point value of the question and have
a chance to continue the game, if not it will be deducted.
5.Other groups have a chance to steal the question and answer it. If the group got
the correct answer they will be awarded the point value, if not it will be deducted
two times the point value.
6.The values disappear after each question.
7.The teacher will Click the “Back to Panel Board” button on the slide to return
to the main board.
8.The game will continue until all questions have been answered.
9. The team with the most points wins.
2
5. ⬅ BACK TO PANEL
Which of the following occurs whenever a
situation produces pairs of numbers whose
product is constant?
A. Combined Variation B. Direct Variation
C. Inverse Variation D. Joint Variation
MULTIPLE CHOICE · 1 POINT
6. ⬅ BACK TO PANEL
What type of variation where one quantity
varies directly to other quantity and inversely to
the other quantity?
A. Combined Variation B. Direct Variation
C. Inverse Variation D. Joint Variation
MULTIPLE CHOICE · 2 POINTS
7. ⬅ BACK TO PANEL
Which of the following equations illustrates the
statement “The area of square A varies directly
as the square of its side s”?
MULTIPLE CHOICE · 3 POINTS
8. ⬅ BACK TO PANEL
Which of the
following shows
the graph of an
inverse variation?
MULTIPLE CHOICE · 4 POINTS
9. ⬅ BACK TO PANEL
In the statement, “if v varies inversely to
x and directly to w and v = 12 when x = 4
and w = 8, what is the value of w when
v= 24 and x = 2?
A. 6 B. 12 C. 18 D. 24
MULTIPLE CHOICE · 5 POINTS
10. ⬅ BACK TO PANEL
The values of a, b , and c in the
quadratic equation
3x2 + 2x- 1 = 0 are 3, 2 and -1
respectively.
TRUE OR FALSE · 1 POINT
11. ⬅ BACK TO PANEL
The values of a, b, and c in the
quadratic equation 10x2-13=0 are
10, -13 and 0 respectively.
TRUE OR FALSE · 2 POINTS
12. ⬅ BACK TO PANEL
The value of b2 – 4ac in the
quadratic equation x2 – 2x + 1 =
0 is zero.
TRUE OR FALSE · 3 POINTS
13. ⬅ BACK TO PANEL
The discriminant in the
quadratic equation
9x2+16=0 is 576.
TRUE OR FALSE · 4 POINTS
14. ⬅ BACK TO PANEL
The nature of roots in
the quadratic equation
x2 – 2x + 1 = 0 are real
and equal.
TRUE OR FALSE · 5 POINTS
15. ⬅ BACK TO PANEL
Identify the law of exponents
applicable to the expression
identification · 1 point
3
5
8
a
a
a
16. ⬅ BACK TO PANEL
Identify the law of exponents
applicable to the expression
identification · 5 points
2
4
8
rt
st
2
8
2
2
4
r
t
s
r
st
17. ⬅ BACK TO PANEL
Identify the law of exponents
applicable to the expression
identification · 2 points
10
6
4
a
a
a
18. ⬅ BACK TO PANEL
Identify the law of exponents
applicable to the expression
identification · 3 points
15
3
5
m
m
19. ⬅ BACK TO PANEL
Identify the law of exponents
applicable to the expression
identification · 4 points
8
4
2
4
2
2
256
4 d
c
d
c
20. ⬅ BACK TO PANEL
matching type · 1 point
Match column A
with the
corresponding item in
column B by
expressing the
following expression
into non zero and
non negative
exponents.
Column A Column B
1. A.
2. B.
3. C.
4. D.
5. E.
1
5
5
1
0
)
(
7 xy
7
8
4
8
5
4
36
b
a
b
a
a
9
3
)
3
1
(
27
4
0
4
2
256
21. ⬅ BACK TO PANEL
Match column A
with the
corresponding item in
column B by
expressing the
following expression
into non zero and
non negative
exponents.
matching type · 2 points
Column A Column B
1. A.
2. B.
3. C.
4. D.
5. E.
1
5
5
1
0
)
(
7 xy
7
8
4
8
5
4
36
b
a
b
a
a
9
3
)
3
1
(
27
4
0
4
2
256
22. ⬅ BACK TO PANEL
matching type · 3 points
Match column A
with the
corresponding item in
column B by
expressing the
following expression
into non zero and
non negative
exponents.
Column A Column B
1. A.
2. B.
3. C.
4. D.
5. E.
1
5
5
1
0
)
(
7 xy
7
8
4
8
5
4
36
b
a
b
a
a
9
3
)
3
1
(
27
4
0
4
2
256
23. ⬅ BACK TO PANEL
matching type · 4 points
Match column A
with the
corresponding item in
column B by
expressing the
following expression
into non zero and
non negative
exponents.
Column A Column B
1. A.
2. B.
3. C.
4. D.
5. E.
1
5
5
1
0
)
(
7 xy
7
8
4
8
5
4
36
b
a
b
a
a
9
3
)
3
1
(
27
4
0
4
2
256
24. ⬅ BACK TO PANEL
matching type ·5 points
Match column A
with the
corresponding item in
column B by
expressing the
following expression
into non zero and
non negative
exponents.
Column A Column B
1. A.
2. B.
3. C.
4. D.
5. E.
1
5
5
1
0
)
(
7 xy
7
8
4
8
5
4
36
b
a
b
a
a
9
3
)
3
1
(
27
4
0
4
2
256
25. ⬅ BACK TO PANEL
problem solving · 1 point
The distance (d) from the center of the seesaw
varies inversely as the weight (w) of a person. Maria
who weighs 40 kg sits 4 feet from the fulcrum. How
far from the fulcrum must Linda sit in order to
balance with Maria if she weighs 50 kg?
What is asked in the problem?
26. ⬅ BACK TO PANEL
The distance (d) from the center of the seesaw
varies inversely as the weight (w) of a person. Maria
who weighs 40 kg sits 4 feet from the fulcrum. How
far from the fulcrum must Linda sit in order to
balance with Maria if she weighs 50 kg?
What are the given?
problem solving · 2 points
27. ⬅ BACK TO PANEL
problem solving · 3 points
The distance (d) from the center of the seesaw
varies inversely as the weight (w) of a person. Maria
who weighs 40 kg sits 4 feet from the fulcrum. How
far from the fulcrum must Linda sit in order to
balance with Maria if she weighs 50 kg?
What type of variation will you used in the above
problem?
28. ⬅ BACK TO PANEL
problem solving · 4 points
The distance (d) from the center of the seesaw
varies inversely as the weight (w) of a person. Maria
who weighs 40 kg sits 4 feet from the fulcrum. How
far from the fulcrum must Linda sit in order to
balance with Maria if she weighs 50 kg?
What is the solution?
29. ⬅ BACK TO PANEL
problem solving · 5 points
The distance (d) from the center of the seesaw
varies inversely as the weight (w) of a person. Maria
who weighs 40 kg sits 4 feet from the fulcrum. How
far from the fulcrum must Linda sit in order to
balance with Maria if she weighs 50 kg?
What is the final answer?
30. ⬅ BACK TO PANEL
Who is your adviser?
bonus question · 1
31. ⬅ BACK TO PANEL
What is the name of
your student teacher in
Mathematics?
bonus question · 2 points
32. ⬅ BACK TO PANEL
When will be your 2nd
quarterly test in
Mathematics?
bonus question · 3 points
33. ⬅ BACK TO PANEL
Sing the adding integers
song.
bonus question · 4 points
34. ⬅ BACK TO PANEL
Dance the
math
budots
challenge.
bonus question · 5 points
37. Assignment
Review the following:
1.Find square roots of a number.
2.Solve quadratic equations by extracting square roots.
3.Find the values of a, b, and c in quadratic equation
4.Evaluate the expression b² – 4ac given the following values of a, b, and c.
5.Find the discriminant and nature of roots of the quadratic equation.
6.Determine the sum and product of the roots.
7.Define the terms related to variation.
8.Write an equation for a given statement.
9.Find the unknown values of k or constant and the equation of variation.
10.Solve problems about variation.
11.Identify the laws of exponents in a given expression.
12. Simplify expressions using zero and negative exponents.
37
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