Area by Jocelyn Koh

Mrs Tan

jocekoh24 — 2014-09-15 15:53:48 UTC

How do you go about finding the area of the shaded Figure D?

What is the area?

Kylie Khoo Hoi Yann

2014-09-16 02:48:18 UTC

we can fit in the half to another to make a whole of it.

Heng Yik Kan

2014-09-16 02:48:32 UTC

if we can make the colours into the squares we can count easily

Putera Rezza

2014-09-16 02:48:36 UTC

Count how many squares and triangles.

Tan Jia Min Felise

2014-09-16 02:48:37 UTC

We can find the correct part to fit in the other parts an then count how many squares there are.

Lam yee shin

2014-09-16 02:48:38 UTC

count how many squares are there?

Jeslyn Yeo Xuan Li

2014-09-16 02:48:41 UTC

First, I work out how many squares are fully shaded. Next,I work out how many squares are not fully shaded. Then, I try to add them together to make 1 whole.

Edrea Tan Swan Teng

2014-09-16 02:48:47 UTC

I think we should work out how many full shaded squares are there.

Ans: 8

Tricia Loh Qian Ying

2014-09-16 02:48:58 UTC

we can work it out by counting how many full shaded squares first,then try to match the not fully shaded shapes.

Lim Zhi Rong Xaverie

2014-09-16 02:48:59 UTC

Just count how many square are there.

Answer:8 square

2014-09-16 02:49:19 UTC

Amir Bin Azahar

How many squares??????

Jolyn Yaw

2014-09-16 02:49:24 UTC

I think we can count the squares first then try to make the not fully shaded parts to make a square

2014-09-16 02:49:36 UTC

tan jie xin

2014-09-16 02:49:36 UTC

we can work out how many squares are fully shaded. Then, work out how many squares are not fully shaded. Those squares that are shaded by more than half is counted as a full square.

Teoh Yu Yang

2014-09-16 02:49:37 UTC

We can find out how many squares that are fully shaded first,then count how many squares that are not fully shaded

ETIENNE CHENG YU TIAN

2014-09-16 02:49:37 UTC

WE CAN WORK IT OUT BY LOOKING AT HOW MANY SQUARES IT TAKES UP......ANS; 8 TOO.[NOT ANGRY...BECAUSE IT'S CAPITAL....]

Tiong Zi Xuan

2014-09-16 02:49:52 UTC

We can work it out by counting all the full squares then use two of the not full squares and try to put them together and add the squares to the full squares that we counted at the beginning.

Jewel Yaw Lin Yi

2014-09-16 02:49:55 UTC

Count how many squares are fully shaded.

My Ans:10

Gan Xi Yee

2014-09-16 02:49:58 UTC

We count the fully shaded squares first then we count the partially shaded parts and see if can put the partially shaded parts together to make one fully shaded square

jerlyn lam si ting

2014-09-16 02:50:16 UTC

Put all the half squares together,then count the full squares and add them together.

Gideon Cheung Yeng Kiat

2014-09-16 02:50:21 UTC

we can count the number of squares

Levi Daniel Wangke

2014-09-16 02:50:32 UTC

I think We can put together the parts which can fit into some squares

Ans:18

Jeff Chiam Yu Zhe

2014-09-16 02:50:50 UTC

I think is to count all the squares that are fully shaded. Ans:8.

chu tze hern

2014-09-16 02:50:58 UTC

count the squares and total up the number of squares

Denzel Tan Yong En

2014-09-16 02:52:02 UTC

I think that we should count the number o

Kezia Phua

2014-09-16 02:52:16 UTC

How about look for the parts that can make up one square?

Nicholas Chai

2014-09-16 02:52:18 UTC

We can count how much fully shaded squares, then find try to find the right fit for each half shaded one.

Ang Zhi Xin Jaden

2014-09-16 02:52:20 UTC

i think you can just think the half is gone and ten you count what is the area.And the awnser is 13

Samantha Yong jiayi

2014-09-16 02:52:30 UTC

I think we should count the triangle first which is half of the square then continue to count to count the complete square:) :) :

Shan Yang

2014-09-16 02:52:33 UTC

We can count the squares that are fully shaded,I think it is 10.=)

Poh Kai Lin

2014-09-16 02:52:39 UTC

we can count those that is completly cover by the colour i think it is 7 squares

Foo Kai Xiang

2014-09-16 02:53:07 UTC

i think we can count the squares that are fully shaded then count the squares that are not fully shaded.

tan jie xin

2014-09-16 02:53:20 UTC

I roughly estimate that the answer is 18.

cheong xuan yi

2014-09-16 02:53:22 UTC

we should count the fully shaded squares first.then you bring the curly parts together. I guess the answer is 18.

2014-09-16 02:53:46 UTC

Naveed Fazlan

We should count the number of shaded squares until the last square,if the square is half shaded,then we write the number of squares(including the half shaded square too)and add the word half into our answer,if their are no shaded squares,we just write the number of squares that are shaded.So I think the answer for this question is 25 and a half.

Ang Jun Kai, Preston

2014-09-16 02:54:41 UTC

I think the answer is ....18

Esther Wong Yi Xuan

2014-09-16 02:55:04 UTC

I think we join the squares and match the parts into a square.

Titus ng jing rui

2014-09-16 02:55:28 UTC

I think the answer is 18.

Poh(Kai Lin)

2014-09-16 02:57:17 UTC

Ok<,I Think thatn THE ANSWER IS 18.First i count the fully shaded one then count the one that is not fully shaded then just like Jenny said cut the orange part fit into the half shaded squares><^-^^_^

Jenny Lim

2014-09-16 02:57:59 UTC

Cut the orange part fit in the square

Ans:8 T__T

Yong Jaiyi Samantha

2014-09-16 02:58:34 UTC

We can also count the complete square first than count the triangle which make a full square. That's also possible if the picture stop moving same for the last note i post:) :) :)

D

2014-09-16 02:58:40 UTC

First you must count the shaded parts then you put the left one together so the answer is 18.

2014-09-16 03:03:47 UTC

Amir

I think the answer is...

Samantha yon

2014-09-16 03:05:13 UTC

I think we cannot count the figure as most of the parts are difference?

2014-09-16 03:07:23 UTC

Amir

MUst count squares