Summary of Activities for the June Holidays

1. eLearning for Chapter 7
(a) All five lessons were posted in the GoogleSite > Maths - refer to the left panel for link
(b) Handouts were given out in Term 2 Week 9. It comprises of Homework Practice to completed after you have attempted the online lessons 3 to 5. Softcopy of this handout is also made available in the GoogleSite (in case you misplace the hardcopy)
(c) Submit this handout when you report for school in Term 3 Week 1.

2. Viva Voce Practice 3
Click at the TAB at the top of this page and attempt the Practice.
To be uploaded into the Maths blog before 1 June.

3. Holiday Fun Pack
(1) This set of handouts was issued on 18 May morning via the class Maths representative.
(2) Complete this set of handout and submit it when you report for school in Term 3 Week 1.

4. Supplementary Exercise
Click to View: Sec 1 Supplementary Work for Semester 1

5. Review of Semester 1's work
Click to View Sec 1 Reviewing Learning in Semester 1

A planner is included HERE which you can download to help you plan your revision during the holiday.

Face-to-Face Clarification session:
I'll be in the Info Hub on Friday 1 June (9 am to 12 noon). You may come to school to see if to clarify your work. Alternatively, you can also find me 'online' (please see post below).

Do set aside some time to rest and play, while you attempt to address the learning gaps you have identified.

With regards
Ms Loh

Viva Voce Practice 3: Algebra - Q25

video

June Vacation: 2-hour Support Session

The following will be attending the 2-hour small-group support session.
Note that you will be attending the session with students from other classes.

Date: 28 May 2012 (Monday)
Time: 12 noon to 2 pm
(1) Teng Chen Chang Gabriel (S1-04)

Date: 30 May 2012 (Wednesday)
Time: 2 pm to 4 pm
(1) Chan Siew Ee Sarah (S1-04)

Date: 1 June 2012 (Friday)
Time: 8 am to 10 am
(1) Goh Qian Zhe (S1-04)

All sessions will be conducted at the Info Hub (Level 4)

June Vacation: Online Consultation Time

Dear Students

I would be available at the following dates/times online (at Facebook) during the school holidays.

  • 29 May (Tuesday) 3 pm to 5 pm
  • 30 May (Wednesday) 3 pm to 5 pm
  • 31 May (Thursday) 3 pm to 5 pm
  • 2 June (Saturday) 10 am to 12 noon
  • 3 June (Sunday) 10 am to 12 noon
  • 5 June (Tuesday) 8 pm to 9 pm
  • 6 June (Wednesday) 8 pm to 9 pm
  • 18 June (Monday) 8 pm to 9 pm
  • 19 June (Tuesday) 8 pm to 9 pm
  • 20 June (Wednesday) 8 pm to 9 pm
  • 21 June (Thursday) 8 pm to 9 pm
  • 22 June (Friday) 8 pm to 9 pm
  • 23 June (Saturday) 10 am to 12 noon, 2 pm to 4 pm
  • 24 June (Sunday) 10 am to 12 noon

Should you come across any enquiries pertaining to your Maths eLearning or Revision, you may send me a FB message or an email (anytime). I'll try to be respond to you as soon as I could.

Have a good holiday.
Ms Loh

Chap 5 Homework Submission

The following have not submitted Homework 1-3
  1. Achutha d/o Karuppiah
  2. Leong Sin Yuen Lynnette
  3. Liew Jia Wen
  4. Arjun Appavoo s/o S
  5. Chiam Chuen
  6. Khor Ethan
  7. Koh Guo Feng
  8. Lim ZHongzhi
  9. Ryan Chew
  10. Tan Shi Jie
  11. Teng Cheng Chang Gabriel

The following have not submitted Homework 4

  1. Leong Sin Yuen Lynnette
  2. Arjun Appavoo s/o S
  3. Khor Ethan
  4. Kota Kiran Chand
  5. Lim Zhongzhi
  6. Ryan Chew
  7. Tan Shi Jie
  8. Teng Cheng Chang Gabriel

Chap 4 Homework Submission

The following have not submitted Chap 4 Homework 1(b)
  1. Arjun Appavoo
  2. Chiam Chuen
  3. Khor Ethan
  4. Koh Guo Feng
  5. Ng Keen Yung

Viva Voce Practice 3: Algebra - Q25



http://www.youtube.com/watch?v=vnSJ7fhQDkU&feature=youtu.be

Viva Voce Practice 3: Algebra - Q24

http://www.youtube.com/watch?v=p4-VP2kfdHM&feature=youtu.be
http://www.youtube.com/watch?v=p4-VP2kfdHM&feature=youtu.be

Viva Voce Practice 3: Algebra - Q24

video

Viva Voce Practice 3

Dear Students

Please refer to the Viva Voce Practice 3 (tab, above) to see details of the task.

Deadline
  • For those who are NOT involved in GCP - Submit by 22 May (Tuesday) 2359h
  • For those who are involved in GCP & depart before 21 May - Submit by 29 May (Tuesday) 2359h
  • For those who are involved in GCP & depart on & after 21 May - Submit by 22 May (Tuesday) 2359
Remember to exercise your self-responsibility to complete the task.

Viva Voce Practice 2: Algebra - Q17


Viva Voce 2 Q17

video

Algebra Q19 Viva Voce

Viva Voce Practice 2: Algebra - Q20


Viva Voce 2-Algerbra question 19


sorry for the fuzzy sound think the mac got too heated
video

Viva Voce Practice 2: Algebra - Q18

video

Chiam Chuen S1-04 (10)


Simplification of Expressions - Algebra (Q1c & Q2e)

Xiao Tao (15)

Viva-voce (2)-Zhongzhi

http://www.youtube.com/watch?v=Cg4p2S0azGg&feature=youtu.be My video link. Cannot post video cause my video link button gone missing!

viva voce

video
My viva voce

Viva Voce Practice 2: Algebra - Q20

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Chap 5.3 Simplification of Expressions (Q1d&2c)



Ryan Chew 20


Q1f)

Q2a)

video
My Viva Voce for question 18. Sorry for any goofy noises in the background.

Viva Voce Practice 2: Algebra - Q17

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Viva Voce Practice 2: Algebra - Q17

Chiam Chuen (10) S1-04


Sorry for the late submission.

Viva Voce Practice 2: Algebra - Q19

Viva Voce Practice 2: Algebra - Q19

video

Viva Voce Practice 2: Algebra - Q20

video

Viva Voce Practice 2: Algebra - Q19

video
Angeline Yap

Viva Voce Practice 2: Algebra - Q20 (19)


video

Viva Voce Practice 2... qn 17

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Viva Voce Practice 2: Algebra

Dear people,
This is my Viva Voce.
video



Thank You
XD

Viva Voce Practice 2: Algebra - Q20

Looi Chi Han_17

video

Chap 5 Algebra (5.3) Simplification of Expressions


I know that is not my notebook, my notebook is in school (my locker felt lonely)

Chap 5.3 Simplification of Expressions (Q1b & Q2f)

Angeline Yap (02)

Chap 5.3 Simplification of Expressions (Q1b & Q2c)


I left my notebook in school, so I used plain paper...

Sarah Chan :)

Chap 5 Algebra (5.3) Simplification of Expressions (I)

Your Task:
1. Choose ONE question from the following and attempt it in your notebook.
Note: Pick a question that you think it is challenging enough for you
2. Copy the question (including the Question number (e.g. 1(a))
3. Describe how you simplify the expression by writing down your working EXPLICITLY (as if you are trying to explain to someone who is new to algebra)
4. Write in ink - legibly, big, clear and neat

Submission:
Take a picture of your work and post it in this Maths blog by today 2359h.
Subject title: Chap 5.3 Simplification of Expressions (Q1e)
Label: Algebra, Simplification
Insert your name and register number at the beginning of the post.



This is your daily homework that you must attempt.

Chap 5 Algebra (5.3) Simplification of Expressions (II)

Your Task:
1. Choose ONE question from the following and attempt it in your notebook.
Note: Pick a question that you think it is challenging enough for you
2. Copy the question (including the Question number (e.g. 2(a))
3. Describe how you simplify the expression by writing down your working EXPLICITLY (as if you are trying to explain to someone who is new to algebra)
4. Write in ink - legibly, big, clear and neat

Submission:
Take a picture of your work and post it in this Maths blog by today 2359h.
Subject title: Chap 5.3 Simplification of Expressions (Q2e)
Label: Algebra, Simplification
Insert your name and register number at the beginning of the post.




This is your daily homework that you must attempt.

Chap 5 Algebra: Let's try to explain these using 'rectangles' (Summarising)

With reference to the activity, Chap 5 Algebra: Let's try to explain these using 'rectangles' , below are the answers to the questions.




1 ACHUTHA D/O KARUPPIAH
2 ANGELINE YAP ZHI HAN
3 CHAN SIEW EE, SARAH
4 CHEW YUN HUI
5 LEONG SIN YUEN, LYNNETTE
6 LIEW JIA WEN
7 A MANICKA PRAVEEN
8 ANBARASAN SUBRAMANIYAN
9 ARJUN APPAVOO S/O S
10 CHIAM CHUEN
11 GOH QIAN ZHE
12 KHOR ETHAN
13 KOH GUO FENG
14 KOTA KIRAN CHAND
15 LIAW XIAO TAO
16 LIM ZHONGZHI
17 LOOI CHI HAN
18 NG KEEN YUNG
19 POON WAI KIT
20 RYAN CHEW
21 TAN SHI JIE
22 TENG CHEN CHANG GABRIEL
23 THAM CHUN LEONG

Expansion



Chapter 5 Expansion(qs1d) and (qs2a)


Chap 5 Expansion (Q1d & Q2d)

Chap 5 Expansion (Q1d & Q2a)



Chap 5 Expansion (Q1d & Q2d)

Poon Wai Kit (19) S1-04

Chap 5 Expansion (Q1d & Q2d)


Chap 5 Expansion (Q1c & Q2c)


Chap 5 Expansion (Q1d & Q2d)


Chap 5 Expansion (Q1a & Q2a)




These are the things I have done...

Chapter 5: Expansion, (Qn 1(a) and 2 (a))








       Tan Shi Jie:     Question 1a and 2a

Chap 5 Expansion



Chap 5 Expansion (Q1b & Q2d)


Chap 5 Expansion (Q1d & Q2a)

Q1d)

Q2a)


Chap 5 Expansion (Q1d & Q2d)


KohGuoFeng 13 S104

:)

Chap 5 expansion (Q1b Q2b)

Chapter 5 Expansion (Q1d&2d)

KK, I know I cheated on 2d. Going to be uploading a "proper" version soon.

Chap 5 Algebra: Let's try to explain these using 'rectangles'

Your Task:
1. Choose ONE question from EACH group
2. Use the "rectangle method" to explain how to simplify each expression.
3. Also show how you would use distributive law to simplify each expression.

  • Complete both questions in the same sheet of paper.
  • Write down the question number clearly.
  • Label the diagrams neatly. It should have its 'dimensions/values' clearly indicated at each 'part' of the rectangles.
Submission
Take a picture of your work and post it in this Maths blog by today 2359h.

  • Subject title: Chap 5 Expansion (Q1a & Q2c)
  • Label: Algebra, Expansion


Group 1 Questions
Q1a. (a + 3)(a + 5)
Q1b. (3m + n)(2m + 5n)
Q1c. (5x + 3)^2
Q1d. (a^2 + a + 2)(a + 3)

Group 2 Questions
Q2a. (b + 4)(b - 1)
Q2b. (c + 4d)(c - 2)
Q2c. (b + 4)(h - k)
Q2d. (2a + 3b) (a - 4c)

Chapter 5: Algebra... Different "Faces" of Algebra (I)

Write an algebraic expression (in the simplified form) that has 3 terms involving variables p and q.

Chapter 5: Algebra... Different "Faces" of Algebra (II)

The total length of 4 roads is (3x - 1) km.
What are the possible lengths of the 4 roads in kilometres?

e.g. The length of the 4 roads are: x km, x km, x-7 km, 6 km
Check: x + x + (x - 7) + 6 = 3x - 1

Chapter 5: Algebra... Different "Faces" of Algebra (III)

The perimeter of a rectangle is (6x + 5y) cm.
Suggest 2 possible dimensions of the rectangle.

e.g.
Length of rectangle = 2x + 2y cm
Breadth of rectangle = x + 0.5y cm
Check:
Perimeter = 2 (2x + 2y) + 2 (x + 0.5y) cm
= 4x + 4y + 2x + y cm
= 6x + 5y cm