+salaam Raspberry Red

Very excellent! Look again at the program that extends the verbal roots into 14 higher verbal extensions. Be aware of the eighth form! There is a special rule there by the inserted 'ta'.
iX (ta) Xa Xa.
To demonstrate this rule to be seen do the following task.

Extend salama and Salaha into its higher verbal extensions.

Good luck!

+salaam

Salaam al-amiyr,

Thank you again for your answer and new exercize, here is my answer

1. salama

2. sallama

3. saalama

4. 'aslama

5. tasallama

6. tasaalama

7. insalama
   0 istalama

8. islamma

9. istaslama

10. islaamma

11. islawlama

12. islawwama

13. islanmama

14. islanmaa

15. Salaha

16. Sallaha

17. Saalaha

18. 'aSlaha

19. taSallaha

20. taSaalaha

21. inSalaha
    0 iStalaha

22. iSlahha

23. istaSlaha

24. iSlaahha

25. iSlawlaha

26. iSlawwaha

27. iSlanhaha

28. iSlanhaa

I wait for your answer, thank you.

Salaam

continued from post 004 #10
Post 005
0) 1 2 3 4 5 6 7 8 9 1 (0

The Qur'aan Mathematical Model

Part One
The Tools of Knowledge
( &#1616

The Qur'aan 08901-05

01- And/by the dawn
02- And/by the ten nights
03- And/by the even and the odd
04- And/by the night when it passes away
05- Is in that an adjuration for the one who possesses hijr?

1. Why do we use the decimal system? (Part 4)

ALLAAH knew the numbers and He knew that they had all their own specific identities. And of all the numbers that ALLAAH loved most was the numbers called the prime numbers because these were the numbers that could only be divided by themselves and the number called one and which is a representative of himself.

In other words these prime numbers are not like any of the other numbers which are called composite numbers because they are not associated with any other number than the number called one and which represents ALLAAH.

Here is a graphical display of the prime numbers verses the composite numbers.

Have a look at the following information about prime numbers. They are important to the understanding of the Book (al-kitaab) and the Recitation/Reading (al-Qur'aan).

http//www.theholytablemountain.net/PNdes.png

http//www.theholytablemountain.net/P1b.png

http//www.theholytablemountain.net/P2b.png

http//www.theholytablemountain.net/P3b.png

http//www.theholytablemountain.net/P4b.png

http//www.theholytablemountain.net/P5b.png

http//www.theholytablemountain.net/P6b.png

http//www.theholytablemountain.net/P7b.png

http//www.theholytablemountain.net/P8b.png

http//www.theholytablemountain.net/P9b.png

You would have observed that the numbers form three groups.

1- The one 'group' of only one number wherein no other number exists but only the one.

http//www.theholytablemountain.net/P1b.png

2- The group of numbers called prime numbers that can only be divided by itself and one. All these numbers can be presented as a circle surrounding a point or a dot. The only difference is that these circles are further apart as the numbers appear further in the number line. Here are the examples 2 3 5 7.

http//www.theholytablemountain.net/P2b.png

http//www.theholytablemountain.net/P3b.png

http//www.theholytablemountain.net/P5b.png

http//www.theholytablemountain.net/P7b.png

3- The group of numbers called composite numbers that can be divided not only by itself and one but by other numbers as well. These numbers can be presented as concentric circles surrounding a point or a dot. Here are the examples 4 6 8 9.

http//www.theholytablemountain.net/P4b.png

http//www.theholytablemountain.net/P6b.png

http//www.theholytablemountain.net/P8b.png

http//www.theholytablemountain.net/P9b.png

As we go deeper into the number line we will observe that the prime numbers get all less and less. From ten onwards all the numbers that end in a 0 2 4 5 6 and an 8 are all composite numbers i.e. not prime. In other words all the even numbers from ten onwards are composite. That is already 50% of the whole number line. Then also all the odd numbers ending in a five are composite. That is another 10% of all the numbers. From this information we can already see that 60% of all numbers are composite without having to do any calculations to see if they are prime or composite.

There is no known rule to calculate which numbers are prime. They must all be investigated to see if they are prime or not. All numbers greater than ten that ends in a 1 3 7 and a 9 needs to be calculated to see if they are prime or not. Up until today computers have calculated prime numbers with digits many tens of kilometers long and still calculating and recording.

Remember that the main aim of this section of the thread is to answer why we use the decimal system of counting so that we can understand why ALLAAH has presented the Qur'aan in the decimal counting system. Let us continue!

The first single digits (1-9) are exactly 50% prime and 50% composite.

The double digit numbers (1-99) are about 25% prime and 75% composite.

The triple digit numbers (1-999) are about 17% prime and 83% composite.

The quadruple digit numbers (1-9 999) are about 12% prime and 88% composite.

The quintuple digit numbers (1-99 999) are about 9.6% prime and 90.4% composite.

As you will see the prime numbers get less and less and less as one goes further and further into the number line. And they also get further and further apart from each other. The prime numbers get so isolated that one will find one prime number surrounded by hundreds of thousands of billions of numbers with billions of concentric circles. Can you imagine how small and insignificant the primes become in comparison to all the other numbers as one climbs higher and higher into the infinite.

Now our Lord ALLAAH knows all these numbers and he knows all their divisions and all their other properties. And as I already said that of all numbers ALLAAH chose he loved the prime numbers more than all the other numbers. And it is upon them that he laid the fundamental foundations of the world.

Why The Decimal Number Line?

1 = not prime and not composite

12 = composite

123 = composite

1234 = composite

12345 = composite

123456 = composite

1234567 = composite

12345678 = composite

123456789 = composite

1234567891 = effectively prime

There you have it. The number that creates the digits of our decimal system and upon which the Qur'aan is based is effectively a prime number. And it is therefore a number that can only be divided by itself and one.

1 2 3 4 5 6 7 8 9 1

And the digits on either side is the number one which represents ALLAAH and beyond which there is nothing on both sides (zero).

0 1 2 3 4 5 6 7 8 9 1 0

. . . . . . . . . . . .

The marvel is only going to begin. You will see beauty and harmony of numbers that you have never seen in your life before and what no computer was able to explain and put together. I do not ever have to speak to you about the book (al-kitaab) again if you do not want me to. I can simply extract it out of the numbers that will bring forth the whole reality in front of your eyes. But for the sake of my lord and the prime ones I shall be patient.

In posts to follow we shall discuss among others the following.

1. Why do we use the decimal system? (answered with further proofs coming)
2. Why is the circle divided into 360 degrees?
3. Why has the year been divided into twelve months?

Post 6 continues in a post to follow inshaa ALLAAH.

Salaam al-amiyr,

Besides going through your questions and my answers on the Qur'aan Lexicographical Model thread, I went also through this thread about the Qur'aan Mathematical Model. I find your approach to answer why do we use the decimal system and your way to represent geometrically the prime numbers very original and clear.
Thank you for sharing your understandings and knowledge.

+salaam and excellent Raspberry Red

We will be coming to another important rule soon. From the Arabic written lessons that you learned, can you write all those verbs in the Arabic script with the same presentations?

+salaam

Salaam al-amiyr, thank you again for your quick reply and new exercize.
Here is my answer based on what I learnt of the Arabic alphabet

I wait for your next post and maybe correction.

Salaam

+salaam and excellent Raspberry Red

Decompress the the following triliteral past tense compression XaXaXa with the following values.

first ...... = X
second .. = l
third ..... = m

Number each in a vertical presentation! Good luck! inshaa ALLAAH

+salaam

Salaam al-amiyr,

Thank you for this next exercize, here is my answer

1. 'alama
2. balama
3. talama
4. thalama
5. jalama
6. halama
7. khalama
8. dalama
9. dhalama
10. ralama
11. zalama
12. salama
13. shalama
14. Salama
15. Dalama
16. Talama
17. Dhalama
18. "alama
19. ghalama
20. falama
21. qalama
22. kalama
23. lalama
24. malama
25. nalama
26. Halama
27. walama
28. yalama

Thank you again for your exercizes and replies.

Salaam

+salaam brother faruk

I require at least two volunteers for the interactive discussion to verify the results as we go along. No specific times and no prior knowledge about anything required to be able to enter the book (al-kitaab). Only a confirmation and a comment so that we can proceed successfully as we go along inshaa ALLAAH. What do you say? Is there anyone else who would volunteer?

+salaam

Salaam al-amiyr,

I also would like to be a volunteer. I am curious to learn more about the book (al-kitaab). I always somehow had the thought if Allaah had a super book from which all the other books are derived.
I also have two friends at one of the universities of Lille here in France who are interested. So it will be interesting.

+salaam Raspberry Red

Excellent! There are 21 952 triliteral verbal roots in The Qur'aan Lexicographical Model. This is the total that the Arabic language can produce. Could you answer the following questions?

1- How many kinds of triliteral verbs are there?
2- Can you present numerically as well as vertically the diiferent kinds of triliteral verbs in their compressed form?

+salaam

Salaam al-amiyr,

Thank you for your reply, I try to answer your two questions

1. I saw in the program to generate all the Arabic root verbs that the pattern 4 corresponds to the triliteral verbs is xax-xa, and - is any short vowel a/i/u, then I deduce that that there are 3 kinds of triliteral verbs.

2. Here are the different kinds of triliteral verbs

3. xaxaxa

4. xaxixa

5. xaxuxa

Thank you again for all your questions and answers.

Salaam

+salaam Raspberry Red

Excellent! I think that you now grasp the whole concept of the first form of the Arabic verbs. Before continuing can you answer the following question?

Could you calculate the total of possibilities of triliteral verbal roots that would be generated when running the Arabic Alphabet through the triliteral compression XaXaXa? Good luck!

+salaam

Salaam al-amiyr,

Thank you again for your reply, here is my calculation

XaXaXa

I write it X1aX2aX3a

There are 28 possible letters for X1, 28 possible letters for X2, and 28 possible letters for X3,
so 282828 = 21 952 possibilities of triliteral verbal roots that we can generate when running the Arabic alphabet through the triliteral compression XaXaXa.

I wait patiently for your next reply,
Salaam

salaam+ Raspberry Red

You did excellent! So far you did everything correctly. Another test before we go to another level inshaa ALLAAH.

Decompress the the following triliteral past tense compression XaXaXa with the following values.

first ......X = s (the twelfth consonantal letter siyn)
second ..x = (the full Arabic alphabet of twenty eight letters)
third .....x = m (the twenty-forth consonantal letter miym)

Number each in a vertical presentation! Good luck! inshaa ALLAAH

+salaam

Salaam al-amiyr, thank you very much again. I try my best to answer correctly your questions.

s x m

01 sa'ama
02 sabama
03 satama
04 sathama
05 sajama
06 sahama
07 sakhama
08 sadama
09 sadhama
10 sarama
11 sazama
12 sasama
13 sashama
14 saSama
15 saDama
16 saTama
17 saDhama
18 sa"ama
19 saghama
20 safama
21 saqama
22 sakama
23 salama
24 samama
25 sanama
26 saHama
27 sawama
28 sayama

I wait for you correction and for your next questions al-amiyr,

Salaam

salaam+ Raspberry Red

You did excellent! I think that you now understand all the Arabic past tense verbal roots. I will test to see if you have fully grasped the concept in its entirety at this level.

Decompress the the following triliteral past tense compression XaXaXa with the following values.

first ......X = ' (the first consonantal letter 'amzah)
second ..x = ' (the first consonantal letter 'amzaH)
third .....x = (the full Arabic alphabet of twenty eight letters)

Number each in a vertical presentation! Good luck! inshaa ALLAAH

+salaam

Salaam al-amiyr,

I was waiting patiently for your next post to me, thank you very much.
I try here the decompression that you asked me above

01 'a'a'a
02 'a'aba
03 'a'ata
04 'a'atha
05 'a'aja
06 'a'aha
07 'a'akha
08 'a'ada
09 'a'adha
10 'a'ara
11 'a'aza
12 'a'asa
13 'a'asha
14 'a'aSa
15 'a'aDa
16 'a'aTa
17 'a'aDha
18 'a'a''a
19 'a'agha
20 'a'afa
21 'a'aqa
22 'a'aka
23 'a'ala
24 'a'ama
25 'a'ana
26 'a'aHa
27 'a'awa
28 'a'aya

I wait for your next answer and correction maybe. Thank you again.

Salaam

Salaam raspberry red

I started yesterday and begin to understand how to use the program to extend the root words, and even without knowing the Arabic words. Great program.

peace brother.

Salaam brother,

Thank you for your reply, this program is indeed great, I am waiting patiently for next lessons.
By the way, I am not a brother, but a sister.

+salaam al-amiyr

Great program, it is like to implant the Arabic dictionary in our mind. I don't understand classical Arabic or its grammar and need to look up a word in the dictionary. However, I know Arabic letter and can read the Qur'an since an early age.

God bless yoiu.

Salaam muslims,

I see you are also studying the QLM and you seem to appreciate to learn it. I am also studying the QLM, and I found it shows all the interdisciplinarity between mathematics and linguistic, which I find amazing. And you how do you find the QLM?

+salaam Raspberry Red

Excellent! I think you have grasped everything so far. Substitute the following letters ( h m d l ) into the following program that generates the fundamental verbal roots of the Arabic language - i.e. the first person masculine singular past tense verb pattern upon which the Arabic language is built. Take note of the notes below! Follow the previous procedure. Good luck! inshaa ALLAH

http//www.theholytablemountain.net/lexmod.1.1.png

+salaam
al-amiyr

Salaam al-amiyr, thank you very much for your reply and this table, I run here the consonants h m d l through the table

1.1) haama
1.2) hawma
1.3) hayma
2.1) hamma
2.2) hamma
2.3) hamma
3.1) hamaa
3.2) hamaw
3.3) hamay
4.1) hamada
4.2) hamida
4.3) hamuda
5.1) hamdala

I wait for your next reply, thank you,

Salaam

Excellent Raspberry Red!

Try this verb kamala.

+salaam

Thank you very much al-amiyr!

1. kamala
2. kammala
3. kaamala
4. 'akmala
5. takammala
6. takaamala
7. inkamala
   8 ) iktamala
8. ikmalla
9. istakmala
10. ikmaalla
11. ikmawmala
12. ikmawwala
13. ikmanlala
    15 ikmanlaa

Salaam

continued
RR 007
Raspberry Red
The Qur'aan Lexicographical Model Interactive Lessons.

+salaam Raspberry Red

I will take you into deep waters with this one.

As we said before that those are all triliteral verbs of the past tense. Triliteral verbs in Arabic extends into another fourteen past tense verbal patters. Let us take the root verb (1) kataba. Pass it through the following program. Write down the results!

Here is Fig. 002 The Dimensions of The Triliteral Verb Nr. 001

http//www.theholytablemountain.net/lexmod2.png

+salaam

Thank you very much for this amazing interesting table.
These are the verb kataba passed through the 15 verbal forms of the table

1. kataba
2. kattaba
3. kaataba
4. 'aktaba
5. takattaba
6. takaataba
7. inkataba
   8 ) iktataba
8. iktabba
9. istaktaba
10. iktaabba
11. iktawtaba
12. iktawwaba
13. iktanbaba
14. iktanbaa

continued
RR 006
Raspberry Red
The Qur'aan Lexicographical Model Interactive Lessons.

In this section to make a comparison between English and Arabic past tense verbal roots to see which language contains the greatest degree of orderliness or randomness in the words of action.

Excellent and a quick reply! Did you observe anything in the pattern of those verbs?

Thank you very much, you also explain very well, so you make it very easy for me.
Yes, I observe a perfect regularity in the alternance of the consonants and the vowels like consonant-vowel-consonant-vowel-consonant-vowel

RR 005
Raspberry Red
The Qur'aan Lexicographical Model Interactive Lessons.

In this section to make a comparison between English and Arabic past tense verbal roots to see which language contains the greatest degree of orderliness or randomness in the words of action.

+salaam Raspberry Red

Here is a list of ten triliteral Arabic verbs of the past tense. You will do well if you could memorize them.

1. kataba = he wrote

2. qara'a = he read
   The ' is also a consonant pronounced almost like a but softly by closing the throat a little

3. darasa = he studied

4. dhakara = he remembered
   The dh is one consonant pronounced like th of then and not the th of thin

5)Tarafa = he winked (the eye)
There are two t in Arabic t () and T ( )
t = tip of tongue and
T = tongue flat against the roof of the mouth

6. fataha = he opened
   The small h is not like the English h.
   The small h is the breath that comes from the throat. Say f (not the name eff but just the sound fff by blowing the air through your lips.
   As you are saying fff open the mouth and notice that the sound now comes from the throat.
   This sound is the h ( ) in Arabic. We use the capital H for the Arabic aych ( ).
   There are also two ways of writing the aych in Arabic.

7. qatala = he killed
   q (&#1602
   Put your finger against the roof of your mouth (hard palate). Is it hard or soft ?
   Put your finger further back against the roof of the mouth (velar). Is it soft or hard ?
   To pronounce the q , put the back of your tongue against the velar.

8 ) katala = he (or it) became a compact mass.
Read 7 above. To pronounce the k put the tongue against the roof (hard palate).

9. dhaHaba = he went
   Remember the dh (4) and the the H (6) letter rules above.

10. kamala = he (or it) became whole, complete, perfect.

If you want to say 'she' and the verb, you just add a t to the root. For example kataba = he wrote, katabat = she wrote.

Your task
Change the consonants into x and the vowels into -
Remember dh is one consonant in Arabic, so it should just be one x.
Do the same format as we did yesterday. We are getting nearer to the objective of this lesson. I will wait for your reply inshaa ALLAAH.

Salaam al-amiyr,

Thank you very much for your reply, I took notice of those 10 verbs above and try to memorize them.
Here is my answer where I replaced the consonants with x and vowels with -

1. kataba = x-x-x-
2. qara'a = x-x-x-
3. darasa = x-x-x-
4. dhakara = x-x-x-
5. Tarafa = x-x-x-
6. fataha = x-x-x-
7. qatala = x-x-x-
   8 ) katala = x-x-x-
8. dhaHaba = x-x-x-
9. kamala = x-x-x-

continued
RR 004
Raspberry Red
The Qur'aan Lexicographical Model Interactive Lessons.

In this section to make a comparison between English and Arabic past tense verbal roots to see which language contains the greatest degree of orderliness or randomness in the words of action.

A question!
Do you know anything about Arabic verbs? If you do, can you give three examples of Arabic verbs?

Ok. For now I don't know about Arabic verbs, I only saw the verbs you explained through the Qur'aan Cosmological Model articles, for example
rataqa
fataqa
Tawaa

Is there anything else you can remark about the English language past tense verbs? Could you elaborate a little more about what is meant by rather random?

I can say that the verbs in English contain letters that are written but not pronounced, also there are "packages" of x that follow each other with some - between the x i.e. English past tense verbs got packages of consonants and only osme vowels.

continued
RR 003
Raspberry Red
The Qur'aan Lexicographical Model Interactive Lessons.

In this section to make a comparison between English and Arabic past tense verbal roots to see which language contains the greatest degree of orderliness or randomness in the words of action.

Here is my list.

1. asked................= -xx-x
2. allowed.............= -xx-x-x
3. apologized.........= -x-x-x-x-x
4. understood........= -xx-xxx--x
5. experimented....= -xx-x-x-xx-x
6. was..................= x-x
7. dig...................= x-x
8. led...................= x-x
9. got...................= x-x
10. sang.................= x-xx
11. wore.................= x-x-
12. grew.................= xx-x
13. drank................= xx-xx
14. wrote................= xx-x-
15. looked...............= x--x-x
16. phoned..............= xx-x-x
17. watched.............= x-xxx-x
18. thought..............= xx--xxx
19. completed..........= x-xxx-x-x
20. misrepresented...= x-xx-xx-x-xx-x

Do you have any thoughts about the above? Does it look as if there is an order in the patterns of the verbs or does it look random?

I think it looks rather random, I don't see any order in this list.

Here are my ten English verbs

1. was = x-x
2. looked = x--x-x
3. understood = -xx-xxx--x
4. misrepresented = x-xx-xx-x-xx-x
5. allowed = -xx-x-x
6. thought = xx--xxx
7. experimented = -xx-x-x-xx-x
   0 sang =x-xx
8. grew = xx-x
9. completed =x-xxx-x-x

Next! Take your list of ten words and my list of ten words (only those with x and -) and put them together from smallest to largest. Start with the dash ( - ) ones first. I will do the same and then let us compare.

1. -xx-x
2. -xx-x-x
3. -x-x-x-x-x
4. -xx-xxx--x
5. -xx-x-x-xx-x
6. x-x
7. x-x
8. x-x
9. x-x
10. xx-x
11. x-xx
12. x-x-
13. xx-x-
14. xx-xx
15. x--x-x
16. xx-x-x
17. x-xxx-x
18. xx--xxx
19. x-xxx-x-x
20. x-xx-xx-x-xx-x