MORTTAL KOMMBAT X
24.5mb
Tuesday, 24 May 2016
Download God Of War 3 For All Phones Full Free Game
GOD OF WAR
Supported Phones!
- OS: Android, IOS, Symbian*
- Processor: Dual Core 1.5 GHZ*
- Ram: 1 GB*
- Video Card: 128 MB*
- Free Space: 80 MB*
WALKTHROUGH
God Of War 3 is an action and adventure game developed by SCE Santa Monica Studio and published by Sony computers it was released on March 16, 2010.This is the most latest and popular adventure game this game in a few year touched the skies it is well optimized graphics game according to game file size there are different levels and objectives to be completed. Players will have to complete their main objective to move to next level with completing the main objective players can move to next level. This is the most stunning adventures game which also includes weapons inventory system player can easily switch to any weapon when he want, There are some optional objectives which will help in unlocking the hidden features and if those are complete the game will be 100% completed. This game uses only melee and big knifes player will have to defeat the enemies with the help of melle, In this game the main character body is painted with only with red color where in the other sequels blue color is also used. Players can turn to any of their power at any time. This game uses the most advanced visuals and graphics
NTEL UNLIMITED INTERNET DATA CALCULATION
For those who don't know Ntel, it's a telecommunications company that provides 4G LTE-A Internet at 'arguably' affordable rates. I guess the idea of this thread is to focus on the 'arguably'.
I did some simulations and calculations of how much data you can pull using Ntel.
Realistically and Mathematically. Keeping in mind that you'll use Ntel for purely downloading purposes. I really don't think you need to consider Ntel if you don't do alot of downloading or huge data demanding activities online anyways. As the Reception can't backshift to 3G or 2G. U are also going to need a 4G capable device be it a phone or 4G USB/MiFi modem.
Let me also add by saying, i am in NO WAY affiliated to Ntel. I'm neither a staff nor any marketer of any form, I'm just an I.T Guy and a 'Concerned Citizen' lol.
Read below and tell me what you think.
Realistically:
Let's say the reception where u stay and/or work isn't so good, you still get around 5MB/s give or take. At the rate, u are doing 300MB/min and then 18GB/hr. Since we are being realistic, considering network fluctuations and what not. Realistically, we'll say you are doing 15GB/hr.
And Realistically, you get to download 12 hrs in a day. Let's take work days for example when u go to work and u leave ur downloads to run in the background of ur computer while u work, even when u go for lunch break, it's still on ur table, in the office downloading. So 8am to 5pm. 9hrs.
U get home at 7pm and continue. 3 more hours. 10pm u are tired u want to turn off ur computer and sleep (Realistically). That's our 12hr mark.
15GB x 12 = 180GB (1 day)
In 3 days = 180 x 3 = 540GB.
In 7 days = 180 x 7 = 1260GB.
In 1 month = 180 x 30 = 5400GB.
Let's just approximate it and chalk it down to uncertainty or other factors
Realistically...
500GB for 3 days.
1.2TB in 1 week.
5TB in 1 month.
Mathematically:
You download for 24hrs a day and your network is perfect so steady 10MB/s. Let's assume it's a weekend or u on leave or you are jobless (lol). There's sha nothing stopping you from taking it personal because you want to must use it to the maximum. That and we being mathematical  You leave ur downloads to run even while you asleep lol (i know I've done it many times - IDM scheduler FTW!)
Which means u get 600MB/min and 36GB/hr
For a day, mathematically and without factors
36GB x 24 = 864GB/day
In 3 days = 864GB x 3 = 2.6 TB
In 7 days = 864GB x 7 = 6.05TB
In 1 month = 864GB x 30 = 25.9TB
So... Even taking the mathematical scenario and mixing some real life factors like nepa and i don't know.. Anything else... I'll approximate also just less aggressively.
Mathematically...
2.5TB in 3 days.
6TB in 1 week.
25TB in 1 month.
So at least for the first 3 months when u get TRULY UNLIMITED and no fair usage to hold you back.
1K2 for 3 days
3K for 1 week
10K for 1 mon
-They are currently only active in Abuja but Lagos and PH are very close, according to their customer care, lagos is only a few days away-
I did some simulations and calculations of how much data you can pull using Ntel.
Realistically and Mathematically. Keeping in mind that you'll use Ntel for purely downloading purposes. I really don't think you need to consider Ntel if you don't do alot of downloading or huge data demanding activities online anyways. As the Reception can't backshift to 3G or 2G. U are also going to need a 4G capable device be it a phone or 4G USB/MiFi modem.
Let me also add by saying, i am in NO WAY affiliated to Ntel. I'm neither a staff nor any marketer of any form, I'm just an I.T Guy and a 'Concerned Citizen' lol.
Read below and tell me what you think.
Realistically:
Let's say the reception where u stay and/or work isn't so good, you still get around 5MB/s give or take. At the rate, u are doing 300MB/min and then 18GB/hr. Since we are being realistic, considering network fluctuations and what not. Realistically, we'll say you are doing 15GB/hr.
And Realistically, you get to download 12 hrs in a day. Let's take work days for example when u go to work and u leave ur downloads to run in the background of ur computer while u work, even when u go for lunch break, it's still on ur table, in the office downloading. So 8am to 5pm. 9hrs.
U get home at 7pm and continue. 3 more hours. 10pm u are tired u want to turn off ur computer and sleep (Realistically). That's our 12hr mark.
15GB x 12 = 180GB (1 day)
In 3 days = 180 x 3 = 540GB.
In 7 days = 180 x 7 = 1260GB.
In 1 month = 180 x 30 = 5400GB.
Let's just approximate it and chalk it down to uncertainty or other factors
Realistically...
500GB for 3 days.
1.2TB in 1 week.
5TB in 1 month.
Mathematically:
You download for 24hrs a day and your network is perfect so steady 10MB/s. Let's assume it's a weekend or u on leave or you are jobless (lol). There's sha nothing stopping you from taking it personal because you want to must use it to the maximum. That and we being mathematical  You leave ur downloads to run even while you asleep lol (i know I've done it many times - IDM scheduler FTW!)
Which means u get 600MB/min and 36GB/hr
For a day, mathematically and without factors
36GB x 24 = 864GB/day
In 3 days = 864GB x 3 = 2.6 TB
In 7 days = 864GB x 7 = 6.05TB
In 1 month = 864GB x 30 = 25.9TB
So... Even taking the mathematical scenario and mixing some real life factors like nepa and i don't know.. Anything else... I'll approximate also just less aggressively.
Mathematically...
2.5TB in 3 days.
6TB in 1 week.
25TB in 1 month.
So at least for the first 3 months when u get TRULY UNLIMITED and no fair usage to hold you back.
1K2 for 3 days
3K for 1 week
10K for 1 mon
NO MORE LOW BATTERY WITH THIS NEW TECH
It's any phone-obsessed person's nightmare: you're out, your phone's battery is depleted down into the red zone, and there's not an electrical plug in sight. But one day, mobile and wearable devices could engage in "power-sharing," by wirelessly charging each other on the go, researchers say.
This innovative solution could help people easily recharge mobile or wearable gadgets, particularly for tasks such as emergency phone calls, the scientists added.
Mobile and wearable devices are now virtually everywhere, but their battery lives remain limited, with many lasting for less than a day. [Top 10 Inventions that Changed the World]
A number of devices now exist to provide extra power to mobiles and wearables, such as power packs, mobile hand generators and solar cells. But although external power packs have become popular, they add size and weight, and mobile hand generators and solar cells produce only limited amounts of power.
Instead, an invention called PowerShake allows mobile and wearable devices to wirelessly charge other mobile and wearable devices on the go, even when those devices are being held or worn. Wireless-charging technologies are becoming more prevalent, but many of these stations are fixed, and do not account for devices near or in contact with skin.
"When mobile phones first came out, people really found them liberating because they didn't have to be attached to a wire, but they actually still do have to be attached to a wire when they recharge," said study co-authorMike Fraser, a computer scientist at the University of Bristol in England. "So now we're seeking to liberate mobile phones again, to help them manage power without plugging in."
Wireless charging involves at least two coils — one in the power transmitter, and one in the power receiver. When an electric current passes through the power transmitter coil, it creates an electromagnetic field that can transfer charge to another coil. Power transmission is best at close distances, the scientists said.
The researchers experimented with a variety of power transmitter and receiver coils. They also devised electromagnetic shielding made of ferrite plates and copper tape on the back of coils in order to prevent any transmitted energy from reaching human tissue. They noted flexible coils were also possible, and potentially embeddable in watch straps.
In experiments, PowerShake fit into small devices, met wireless power transfer safety guidelines, and performed about as well at power transmission as commercial alternatives, such as the Qi wireless charging pad, transferring about 3.1 watts of power, the researchers said. They estimated that about 12 seconds of charging would support 1 minute of additional talk time, while 2 minutes of charging would support about 4 minutes of video watching.
One drawback of PowerShake is that twice as much energy needs to be transmitted as is received.
"The power transfer is not ever going to be cost-free," Fraser told Live Science. "That's just the intrinsic power cost of wireless charging in general — wireless charging is always going to consume more power than wired charging."
In workshops, the researchers found that volunteers exploring the potential usefulness of PowerShake liked the idea of sharing power with their friends or family. However, due to the power costs of PowerShake, volunteers noted that if they needed to make an emergency call, they would probably just ask to borrow a phone instead of asking for power. Still, "if one needs to complete something on a particular device, and have already started but are running out of power halfway through and can't switch devices, this could help people," Fraser said.
The researchers now seek to have volunteers test PowerShake in real environments, "to see if it actually works, and if people do find it useful," Fraser said.The scientists detailed their findings May 11 at the annual CHI conference on human-computer interactions in San Jose, California.
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