@simplefinance13: Enough of the excuses You may not build everything at once, but you can start something today. Get a plan. Start small. Stay consistent. Your future home is possible. #realestate #construction #building

simplefinance

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Region: GH

Sunday 17 May 2026 17:54:19 GMT

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Comments

Faraday :

yoo ma te boss, the way you mentioned my name de3, I have to take this serious 🥰👌

2026-07-12 08:00:28

1

Kwaku Bee :

my brother you arë doing good but the market force is a major problem because in ghana what you get today by three months time the prices will be different

2026-07-12 06:28:15

0

Rich King :

Yoo ma te director the way you mentioned my name de3 Eeii

2026-07-12 10:29:07

1

God servant 🙏🙏🙏🙏🙏🙏 :

Oh my God help me 😢

2026-07-11 16:41:47

0

KALYPHONIA TRAVEL & TOUR ✈️ :

ONLY PEOPLE WHO WILL BUILD MUST LIKE MY COMMENTS

2026-05-18 18:24:33

770

BLESSED 111 :

Any Akwasi here? let's respond to our call Wai

2026-07-09 20:46:26

14

baristanick_official1 :

1. You watched. 2. You smiled. 3. You went to the comments section. 4. You saw my comment. 5. Why not just give me a likes and follow me ?😁😁🥰

2026-07-11 14:34:48

1

ĞÖD ŞOŃ FÀMOŲŞ🤞💵 :

What should I use to build the house?

2026-07-10 15:18:35

0

simplefinance :

The way I struggled to create this very content eerrhh😅. If I should share behind the scenes you wouldn’t believe it. I am suprised at the numbers😂😂.

2026-05-17 19:33:30

284

asantedavid769 :

Big Brother please i need a 4 bedroom self contained plan

2026-05-18 01:53:30

1

Ankobeahene Akwasi Opoku :

Boss can u complete 3bedroom apartment with 100,000gh

2026-05-18 17:46:46

23

lashiebidonzy :

u get house for urself anaa

2026-05-18 07:19:18

47

𝓞𝓹𝓽𝓲𝓶𝓲𝓼𝓽𝓲𝓬 _1 :

Master how many houses do have now because the motivation is too much

2026-05-26 08:37:35

12

Nerozi :

I always go to the link but when I tap the houses it dosent open

2026-05-17 19:56:05

17

Nanaamahlipsy :

please can I get 2 bedroom self contained plan

2026-05-18 12:40:15

2

🧊I C E ❄️ :

This is very helpful. Now let's perfect it by adding these Professionals: Soil Tester Architect Structural Engineer Quantity Surveyor

2026-05-18 19:25:44

7

🐅 :

I will buy a sand and mould my own blocks cos 1 cement can produce about 30 blocks . You will spend more when you buy blocks cos 1 block can cost Ghc 1.20ps or Ghc 1. 50 ps

2026-05-18 11:00:14

5

earth🚜mover :

Well since you are talking to Akwasi , let me pass because I am yaw 😅

2026-05-18 10:52:49

6

Nana Poku🇺🇸🇬🇭 :

it feels like u talking to me ooo u mentioned my name oo I'm Akwasi Poku

2026-05-18 00:23:23

5

GOOD GOD :

My brother am a police man help me I want 4 bedroom self contained please help me

2026-05-19 12:29:36

7

@King 👑 :

I no see water 💧 oo😂😂anaa wode milk b3fra sand no 😂😂

2026-05-19 00:09:02

9

janetbobila495 :

please can you build 3 bedroom on a half plot

2026-05-18 08:17:02

13

originallstevoo :

can I build 3bed room on quater plot

2026-05-18 06:06:24

66

Shaka :

I bought the plan in your bio but I can’t find anything

2026-05-18 11:25:48

6

✈️OSAM🙏QWESI 🫡 :

Why do you mention my name before 😂😂😂😂😂😂😂😂😂😂😂😂😂😂😂 by the way God bless you more

2026-05-17 18:14:12

6

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Как выглядит Spy с 10 000 часов налёта в Team Fortress 2 🔪🎩 Невидимка, обманки, бэкстаб за бэкстабом. Боги маскировки играют именно так 🔥 Признавайся, сколько раз тебя закалывали в спину? #tf2 #мге #mge #teamfortress2 #spy #backstab #tf2community #shitpost #sfm #gmod #gaming #игры #мем #рек #fyp #foryou #рекомендации #tf2edit #source

Как выглядит Spy с 10 000 часов налёта в Team Fortress 2 🔪🎩 Невидимка, обманки, бэкстаб за бэкстабом. Боги маскировки играют именно так 🔥 Признавайся, сколько раз тебя закалывали в спину? #tf2 #мге #mge #teamfortress2 #spy #backstab #tf2community #shitpost #sfm #gmod #gaming #игры #мем #рек #fyp #foryou #рекомендации #tf2edit #source

Neinnako teyel😂😂😂

Neinnako teyel😂😂😂

My three kittens are dancing Graham’s number is one of the largest numbers ever used seriously in mathematics. It is so enormous that writing out all of its digits would be impossible within our universe. This number was created in a branch of mathematics called combinatorics and appeared in a proof by the mathematician Ronald Graham. Although it may sound like a fantasy concept, it is actually a real number with a precise mathematical meaning. To understand how large this number is, you need to start with something smaller. Suppose we have the number 10. If we multiply it by itself, we get 100. If we continue, we get powers such as 1 million, 1 billion, and 1 trillion. But Graham’s number exists on an entirely different level. Even numbers like a googol, which is �, are tiny compared to it. A googolplex, which is �, still comes nowhere close. The way Graham’s number is built uses something called “up-arrow notation,” a special method for writing extremely large numbers. For example: � � Even � already becomes almost impossible to imagine. But Graham’s number does not stop there. It begins with a huge number called �, and then that number is used to create an even larger number �, and the process continues for many stages. In the end, we arrive at �, which is Graham’s number itself. What is astonishing is that it is completely impossible to imagine how many digits it contains. If we tried to write every digit on individual atoms in the universe, there would not be enough atoms available. Even if every star in every galaxy were turned into a supercomputer printing digits for billions of years, we still would not come close to writing the full number. Despite its unimaginable size, Graham’s number is still finite. This is extremely important. It is not infinity. In mathematics, infinity is a completely different concept. Graham’s number, although enormous, is still smaller than infinity. In principle, you can add 1 to it, multiply it by 2, or use it in equations. The number also became famous outside the world of mathematics because of how extreme it is. Many people see it as a symbol of the power of mathematical imagination. It appears in books, videos, lectures, and even philosophical discussions about the limits of human understanding. For most people, simply understanding how the number is constructed is already a huge challenge. Interestingly, mathematicians today know numbers that are far larger than Graham’s number, especially in areas such as logic and set theory. However, Graham’s number remains one of the most famous because it appeared in a real mathematical proof rather than existing only as a theoretical idea. When thinking about Graham’s number, one realizes that mathematics can go far beyond what the human mind can intuitively imagine. It reminds us that there are ideas in the world so extraordinary that language, imagination, and even the universe itself are barely #cat#dance#funny#fyp

My three kittens are dancing Graham’s number is one of the largest numbers ever used seriously in mathematics. It is so enormous that writing out all of its digits would be impossible within our universe. This number was created in a branch of mathematics called combinatorics and appeared in a proof by the mathematician Ronald Graham. Although it may sound like a fantasy concept, it is actually a real number with a precise mathematical meaning. To understand how large this number is, you need to start with something smaller. Suppose we have the number 10. If we multiply it by itself, we get 100. If we continue, we get powers such as 1 million, 1 billion, and 1 trillion. But Graham’s number exists on an entirely different level. Even numbers like a googol, which is �, are tiny compared to it. A googolplex, which is �, still comes nowhere close. The way Graham’s number is built uses something called “up-arrow notation,” a special method for writing extremely large numbers. For example: � � Even � already becomes almost impossible to imagine. But Graham’s number does not stop there. It begins with a huge number called �, and then that number is used to create an even larger number �, and the process continues for many stages. In the end, we arrive at �, which is Graham’s number itself. What is astonishing is that it is completely impossible to imagine how many digits it contains. If we tried to write every digit on individual atoms in the universe, there would not be enough atoms available. Even if every star in every galaxy were turned into a supercomputer printing digits for billions of years, we still would not come close to writing the full number. Despite its unimaginable size, Graham’s number is still finite. This is extremely important. It is not infinity. In mathematics, infinity is a completely different concept. Graham’s number, although enormous, is still smaller than infinity. In principle, you can add 1 to it, multiply it by 2, or use it in equations. The number also became famous outside the world of mathematics because of how extreme it is. Many people see it as a symbol of the power of mathematical imagination. It appears in books, videos, lectures, and even philosophical discussions about the limits of human understanding. For most people, simply understanding how the number is constructed is already a huge challenge. Interestingly, mathematicians today know numbers that are far larger than Graham’s number, especially in areas such as logic and set theory. However, Graham’s number remains one of the most famous because it appeared in a real mathematical proof rather than existing only as a theoretical idea. When thinking about Graham’s number, one realizes that mathematics can go far beyond what the human mind can intuitively imagine. It reminds us that there are ideas in the world so extraordinary that language, imagination, and even the universe itself are barely #cat#dance#funny#fyp

mjomba kimwaga nae yale yale tu😂 @MARIOO

mjomba kimwaga nae yale yale tu😂 @MARIOO

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