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TRANSLATION OF VERBAL PHRASES/SENTENCES INTO MATHEMATICAL PHRASES/SENTENCES

Translation (Algebra)

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Reference for Ms. Christian Joy Diocadiz & 2-CANISIUS Miss D, ako mismo gumawa nito... Hehehe! :D Andito na yung gi-explain mo sa akin. :)

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Page 1: Translation (Algebra)

TRANSLATION OF VERBAL PHRASES/SENTENCES

INTO

MATHEMATICAL PHRASES/SENTENCES

Page 2: Translation (Algebra)

You will be able to familiarize yourself in translating VERBAL PHRASES/SENTENCES into MATHEMATICAL PHRASES/SENTENCES

You will AT LEAST realize that translating phrases/sentences in Math is EASY

Page 3: Translation (Algebra)
Page 4: Translation (Algebra)

Added to

(the) sum of

Total of

Increased by

MORE THAN

Page 5: Translation (Algebra)

(the) difference of

Subtracted from

Decreased by

Diminished by

Reduced by

LESS THAN

Page 6: Translation (Algebra)

(the) product of

Multiplied by

Doubled/tripled/quadrupled

“of”

Twice/thrice (of)

Page 7: Translation (Algebra)

(the) ratio of

(the) quotient of

“over”-when using FRACTION BARS

Page 8: Translation (Algebra)
Page 9: Translation (Algebra)

ADDITIONThe sum of a NUMBER and

8.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let x = the NUMBER

∴ x + 8

15 MORE THAN a NUMBER.

---0O0---0O0--- 0O0---0O0---

SOLUTION

Let m = the NUMBER

∴ m + 15

Page 10: Translation (Algebra)

ADDITIONA number INCREASED by 4.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let r = the NUMBER

∴ r + 4

25 added to a NUMBER.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let p = the NUMBER

∴ p + 25

Page 11: Translation (Algebra)

SUBTRACTION2 LESS THAN a number.

---0O0---0O0--- 0O0---0O0---

SOLUTION

Let c = the NUMBER

∴ c - 2

Page 12: Translation (Algebra)

SUBTRACTION7 diminished by a NUMBER.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let f = the NUMBER

∴ f - 7

A number subtracted from 12.

---0O0---0O0--- 0O0---0O0---

SOLUTION

Let L = the NUMBER

∴ L - 12

Page 13: Translation (Algebra)

SUBTRACTIONA NUMBER decreased by

10.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let a = the NUMBER

∴ a - 10

The difference of TWO numbers.

---0O0---0O0--- 0O0---0O0---

SOLUTION

Let p = the 1st NUMBERb = the 2nd NUMBER

∴ p - b

Page 14: Translation (Algebra)

MULTIPLICATIONThe product of TWO

numbers .---0O0---0O0--- 0O0---0O0---

SOLUTION

Let g = the 1st NUMBERd = the 2nd NUMBER

∴ gd

The TWICE of a number.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let u = the NUMBER

∴ 2u

Page 15: Translation (Algebra)

MULTIPLICATION15 percent of a NUMBER .---0O0---0O0--- 0O0---0O0---

SOLUTION

Let h = the NUMBER

∴ 0.15h

The SQUARE of a number.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let y = the NUMBER

∴ y²

Page 16: Translation (Algebra)

DIVISIONThe RATIO of 7 and y.

---0O0---0O0--- 0O0---0O0---

∴ 7 y

ONE-HALF of a number.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let t = the NUMBER

∴ t 2

Page 17: Translation (Algebra)

DIVISIONThe QUOTIENT of TWO

NUMBERS.---0O0---0O0--- 0O0---0O0---

SOLUTION

Let s = the 1st NUMBERw = the 2nd NUMBER

∴ s w

Page 18: Translation (Algebra)
Page 19: Translation (Algebra)

The SUM of

FOUR CONSECUTIVE INTEGERS.

~~~~~~~~~~~~~~~~~~~~~~~~Solution:

Let x = The 1st INTEGER

x + 1 = The 2nd INTEGER

x + 2 = The 3rd INTEGER

x + 3 = The 4th INTEGER

∴ x + (x + 1) + (x + 2) + (x + 3) + (x + 4)

example 2.1

The SUM of

three consecutive ODD integers.

~~~~~~~~~~~~~~~~~~~~~~~~Solution:

Let x = The 1st INTEGER

x + 2 = The 2nd INTEGER

x + 4 = The 3rd INTEGER

∴ x + (x + 2) + (x + 4)

example 2.2

Page 20: Translation (Algebra)

The SUM of

three consecutive EVEN integers.

~~~~~~~~~~~~~~~~~~~~~~~~Solution:

Let x = The 1st INTEGER

x + 2 = The 2nd INTEGER

x + 4 = The 3rd INTEGER

∴ x + (x + 2) + (x + 4)

example 2.3

Page 21: Translation (Algebra)
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TRY to manipulate the phrase by means of SUBSTITUTING an ODD number (e.g. 1)

And you’ll have an ODD number PATTERN~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

~~~~~~~~~~~~~~~~~~~~~

ex. Let x = 1 (The 1st CONSECUTIVE ODD INTEGER)~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

~~~~~~~~~~~~~~~~~~~~~

∴ ([1] + 2) = 3-the 2nd CONSECUTIVE ODD INTEGER

([1] + 4) = 5-the 3rd CONSECUTIVE ODD INTEGER

([1] + 6) = 7-the 4th CONSECUTIVE ODD INTEGER

Page 24: Translation (Algebra)

TRY to manipulate the phrase by means of SUBSTITUTING an EVEN number (e.g.

2)And you’ll have an EVEN number PATTERN~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

~~~~~~~~~~~~~~~~~~~~~~

ex. Let x = 2 (The 1st CONSECUTIVE ODD INTEGER)~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

~~~~~~~~~~~~~~~~~~~~~~

∴ ([2] + 2) = 4-the 2nd CONSECUTIVE ODD INTEGER

([2] + 4) = 6-the 3rd CONSECUTIVE ODD INTEGER

([2] + 6) = 8-the 4th CONSECUTIVE ODD INTEGER

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Page 26: Translation (Algebra)

Oronse, O. & Mendoza, M./ e-MATH I: Elementary Algebra/ Rex Publishing Inc./ Sampaloc, Manila/ Revised Edition/ ©2010.

WRITTEN NOTES in MATHEMATICS 2