Rhombuses don't have right angles at the vertices but squares do.
Thus, rhombuses are not squares.
Question 3:
A trapezium.
The opposite angles add up to 1800 , there's only one pair of opposite sides that are parallel and the length of one opposite sides are different while the other is the same. Thus, it should be a trapezium.
A trapezium.
The opposite angles add up to 1800 , there's only one pair of opposite sides that are parallel and the length of one opposite sides are different while the other is the same. Thus, it should be a trapezium.
Question 4:
Not true.
Parallelograms are also rectangles and rhombuses and rectangles and rhombuses aren't squares. Thus, the statement 'All parallelograms are squares' is false.
Not true.
Parallelograms are also rectangles and rhombuses and rectangles and rhombuses aren't squares. Thus, the statement 'All parallelograms are squares' is false.
Good job. I can understand how you answer the question
ReplyDeleteQuestions answered with clarity.
ReplyDeleteMakes readers understand more about the topic.
Good Job.
Catherine Lim =)
Great job! Your answers are simple and straightforward and is easy to understand.
ReplyDeletePerhaps you could clarify your last question by adding a bit more information to prove your statement as I am not too sure about your answer.
It is quite jumbled and maybe you could make points.
Benjamin & YuChong 109
Question 4 is a little confusing... Other than that, good work...
ReplyDeleteI can understand all the questions, but I feel that you could elaborate more on question 4 like, explaining specifically the properties of the different shapes.
ReplyDeleteZhi Yong