1. The space occupied by a flat shape or the surface of an object.
A. Perimeter B. Volume C. Area D. Length
2. What will you use if you are looking for the space bounded by a rectangle? A. 2(l + w) B. s2 C. b × h 2 D. l × w
3. What will you use if you are looking for the space occupied by a circle? A. 2πr B. πr2 C. πr2h D. πr2h 3
4. Which of the following is NOT a unit of measure used for area of a flat shape? A. cu. meter B. sq. meter C. cm2 D. ft2 .
5.What is the area of a triangle whose base is 4 cm, and the height is 8 cm? A. 64 sq. cm. B. 32 sq. cm. C. 16 sq. cm D. 2 sq. cm.
6. Find the area of the figure to the right:
A. 144 sq. in.
B. 80 sq. in.
C. 64 sq. in.
D. 48 sq. in.
7. Find the area of the shaded region in the figure:
A. 12 sq. cm.
B. 24 sq. cm
C. 25 sq. cm
D. 49 sq. cm
8. What formula will you use to obtain the area of the figure shown below:
A. l × w and s2 C. πr2 and s2
B. l × w and b × h
2D. πr2 and b × h
2
9. The front of shoe warehouse in Marikina needs to be
painted. The total area except for the door will be
painted. The door is 1.5 meters high and 2 meters
wide. How many square meters of paint will be needed?
A. 7.85 m2 C. 8.75 m2
B. 10.85 m2 D. 16.6 m2
10.A Grade Six student drew the shape to the right using
two identical 3-inch by 8-inch rectangles and a right
triangle. Find the area of the composite figure he
created.
A. 68 sq. inches C. 24 sq. inches
B. 48 sq. inches D. 20 sq. inches
10.A Grade Six student drew the shape to the right using
two identical 3-inch by 8-inch rectangles and a right
triangle. Find the area of the composite figure he
created.
A. 68 sq. inches C. 24 sq. inches
B. 48 sq. inches D. 20 sq. inches