₦airaland Forum

ianq:
What is the exact model name, pls and your location.

Model name is 29UM58-P
Location is Abuja.

KEY FEATURES

29" 21:9 Full HD IPS Display sRGB Over 99% Screen Split 2.0 (PIP Mode)
Gaming Features: Black Stabilizer/ Dynamic Action Sync On-Screen Control

#45k
Call 07061615354

29" 21:9 Full HD IPS Display sRGB Over 99% Screen Split 2.0 (PIP Mode)
Gaming Features: Black Stabilizer/ Dynamic Action Sync On-Screen Control

Call 07061615354.

Size (Inch) 29" Flat Panel Type IPS
Color Gamut (CIE1931) sRGB over 99% Color Depth(Number of Colors) 8bits (6bit+FRC), 16.7M
Pixel Pitch (mm) 0.2628mm x 0.2628mm Resolution 2,560 x 1,080
Brightness (Typ.) 250 cd/m² Contrast Ratio (Original) 1000:01
(DFC) Mega Response Time_Typ.(on/off) 14ms
(GTG) 5ms Viewing Angle (CR≥10) 178/178
JACK INPUT / OUTPUT
HDMI Yes (ver1.4, 2ea) DisplayPort Yes (ver1.2)
Headphone Out Yes


Just for 130k slightly negotiable.

I still have my parents own ooo, interested Buyer hit me up on WhatsApp 07061615354

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Girls are the guys of this generation....dey are so unfaithful. 7 out of 10 cheat in there relationship.

Programmers in the house, please help with the following questions:
1. Write an algorithm that finds the middle, or median, value of three distinct integers. The input for this algorithm falls into six groups; describe them. What is the best case for your algorithm? What is the worst case? What is the average case? (If the best and worst cases are the same, rewrite your algorithm with simple conditionals and without temporary variables so the best case is better than the worst case.)
2. Write an algorithm that determines if four integers are distinct. Depending on your viewpoint, the input for this algorithm can be divided into classes based on the structure of your algorithm or the structure of the problem. Describe how one of these two class divisions would be set up. Using your classes, what is the best case for your algorithm? What is the worst case? What is the average case? (If the best and worst cases are the same, rewrite your algorithm with simple conditionals and without temporary variables so the best case is better than the worst case.)
3. Write an algorithm that determines, given a list of numbers and the average or mean of those numbers, if there are more numbers above the average than below. Describe the groups that the input would fall into for this algorithm. What is the best case for your algorithm? What is the worst case? What is the average case? (If the best and worst cases are the same, rewrite your algorithm so it stops as soon as it knows the answer, making the best case better than the worst case.)

Sorry ladies but guy u right, on my 6th relationship and all cheated...av decided to just chill and wait for GOD to send my wife. Am tired of searching through spoilt eggs for that good one.

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