Show:
triangles
polygons
let's build
Pie oh pi
Mish Mash
100
A triangle has a base of 4cm and a height of 2 cm. The area is ?
What is 4 cm squared
100
A circle
What is not a polygon
100
The fence around a garden is 27 m. In math this is called?
What is the perimeter?
100
What number is actually a greek word?
What is 3.14
100
The radius of circle when the diameter is 20 cm.
What is 10 cm.
200
This triangle has one right angle.
What is a right triangle?
200
One side of this polygon goes "in".
What is a concave polygon?
200
Parallelogram has height 7.2 m and base 3.6m. The area is?
What is 25.92 m squared.
200
The area of a circle is 78.5cm squared. What is the radius?
What is 5 cm.
200
The dimensions of a cube are 3 cm by 2cm by 5 cm. What is the volume?
What is 30 cm cubed.
300
This triangle is just plain weird.
What is a scalene triangle?
300
It has 6 sides that are all different lengths.
What is an irregular hexagon?
300
The radius of a circle is 3 cm. What is its area?
What is 28.26 cm squared.
300
The circumference of a circle is 18.84 cm. What is the diameter?
What is 6 cm?
300
1/4 of a circle graph is coloured blue. What is the percentage?
What is 25%
400
Two angles are the same.
What is an isosceles triangle?
400
The area of a rectangle.
What is length times width?
400
The radius of a circle is 3.9 cm. What is the circumference.
What is 24.492 cm.
400
The radius of a circle is 1.2 cm. What is the area?
What is 4.5216 cm squared.
400
The volume of a cube is 729 cm cubed. Two of its dimensions are 9 cm and 9 cm. What is the last dimension?
What is 9 cm.
500
All the sides are the same and the angles are the same.
What is an equilateral triangle?
500
This is a shape related to a parallelogram. Explain how.
What is a triangle? It is half a parallelogram.
500
A rectangle's area is 20 cm squared. What could the length and the width be?
What is (various answers: 4 and 5 cm, 2 and 10 cm)
500
What would you rather eat pie or whipped cream pi?
What is no answer? OR Pie is food and pi is not.
500
Who let the dog's out?
What is "who, who, who?"