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You're looking at domain 'unit1-l8g4g6lo6m.edgeone.app' on the application-focused generic top-level domain (.app); it also runs on subdomain 'unit1-l8g4g6lo6m'. Count 7 characters in 'edgeone' holding 4 vowels versus 3 consonants. Tokenizing the label suggests two words: edge, one. Median word length is 3.5 characters. No strong language cues emerged from the frequency lists.

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52368fc673fb1a284e8c508a2ef883b754d49737c07ca856c51a51af1cfbbcb6

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Prudence Malinki

MarkMonitor Inc.

edgeone.app

IRT-SG-ACE

ACE administrator

ACE-SG

const questions = [

/* ================= GPU ================= */

{
q:"1. What does GPU stand for?",
options:["General Processing Unit","Graphical Processing Unit","Global Processing Unit","Geometric Processing Unit"],
answer:1
},

{
q:"2. What is the minimum frames per second required by human visual perception?",
options:["8 FPS","24 FPS","16 FPS","30 FPS"],
answer:2
},

{
q:"3. Which component of CPU performs arithmetic and logical operations?",
options:["Control Unit","Cache Memory","Registers","ALU"],
answer:3
},

{
q:"4. What is the function of the Control Unit (CU)?",
options:["Stores data temporarily","Performs floating point operations","Directs the sequence and manages execution of instructions","Handles memory access"],
answer:2
},

{
q:"5. Which cache memory is the smallest and fastest?",
options:["L2 Cache","L3 Cache","L1 Cache","L4 Cache"],
answer:2
},

{
q:"6. What does CUDA stand for?",
options:["Central Unified Device Architecture","Compute Unified Device Architecture","Computing Unit Data Architecture","Central Unit Data Access"],
answer:1
},

{
q:"7. Which of the following is a GPU example mentioned in the theory?",
options:["Intel Core","ARM's MALI","AMD Ryzen","Snapdragon"],
answer:1
},

{
q:"8. RISC stands for?",
options:["Reduced Instruction Set Computing","Random Instruction Set Computing","Rapid Instruction Sequence Computing","Reduced Integrated Set Computing"],
answer:0
},

{
q:"9. Which memory type is used in GPUs for rapid data access?",
options:["DDR4","SRAM","GDDR6 / HBM","EEPROM"],
answer:2
},

{
q:"10. What is pipelining in a processor?",
options:["Storing data in multiple registers","Overlapping instruction execution stages to increase throughput","Using multiple ALUs simultaneously","Fetching instructions from cache"],
answer:1
},

{
q:"11. Which technology allows two or more graphic cards to work together?",
options:["CUDA and OpenCL","SLI and Crossfire","HDMI and DisplayPort","Ray Tracing and Tensor cores"],
answer:1
},

{
q:"12. What does ILP stand for in Superscalar architecture?",
options:["Integrated Logic Processing","Instruction-Level Parallelism","Internal Load Processing","Instruction Loop Pipeline"],
answer:1
},

{
q:"13. The instruction set architecture x86 is an example of which type?",
options:["RISC","RISC-V","CISC","Hybrid only"],
answer:2
},

{
q:"14. Which of the following is NOT a stage in pipelining?",
options:["Fetch","Decode","Compile","Execute"],
answer:2
},

{
q:"15. In Superscalar architecture, what is the role of the Reorder Buffer?",
options:["Fetches multiple instructions at once","Stores results temporarily in cache","Maintains program order after out-of-order execution","Dispatches instructions to execution units"],
answer:2
},

{
q:"16. Which of the following correctly describes Out-of-Order Execution in Superscalar processors?",
options:["Instructions execute strictly in program order","Instructions execute as soon as dependencies are resolved, results appear sequential","Instructions skip execution if delayed","Only floating-point instructions are reordered"],
answer:1
},

{
q:"17. Which GPU feature is specifically used for realistic lighting simulation?",
options:["Tensor Cores","Programmable Shaders","Ray Tracing (RT Cores)","CUDA Cores"],
answer:2
},

{
q:"18. What is the key difference between RISC and CISC?",
options:["RISC uses complex instructions; CISC uses simple instructions","RISC uses simple instructions for speed; CISC uses complex instructions to reduce steps","RISC supports more registers than CISC","CISC is faster than RISC always"],
answer:1
},

{
q:"19. Which of the following is NOT an advantage of Superscalar Architecture?",
options:["Higher instruction throughput","Reduced execution time for independent instructions","Decreased number of execution units needed","Better utilization of CPU resources"],
answer:2
},

{
q:"20. GPU virtualization is primarily used for which of the following applications?",
options:["Mechanical design and 3D printing","Cloud gaming, AI, and virtual desktop infrastructure","ROM programming and BIOS updates","Bluetooth and RF communication"],
answer:1
},

/* ================= ESP32 ================= */

{
q:"21. What type of processor does ESP32 use?",
options:["Single-core ARM Cortex","Dual-core Tensilica Xtensa LX6","Quad-core Cortex-A72","Single-core RISC-V"],
answer:1
},

{
q:"22. What is the maximum clock frequency of ESP32?",
options:["80 MHz","160 MHz","240 MHz","320 MHz"],
answer:2
},

{
q:"23. Which file extension is used for Arduino sketches?",
options:[".py",".ino",".cpp",".hex"],
answer:1
},

{
q:"24. How many GPIO pins does ESP32 have?",
options:["16","28","39","48"],
answer:2
},

{
q:"25. What is the operating voltage of ESP32?",
options:["5V","1.8V","3.3V","12V"],
answer:2
},

{
q:"26. Which function in Arduino IDE runs repeatedly in the main program?",
options:["main()","setup()","loop()","init()"],
answer:2
},

{
q:"27. Which pin on ESP32 is used as the Built-in LED?",
options:["GPIO0","GPIO4","GPIO15","GPIO2"],
answer:3
},

{
q:"28. Which library is used for Bluetooth Serial Communication in ESP32?",
options:["WiFi.h","DHT.h","BluetoothSerial.h","PubSubClient.h"],
answer:2
},

{
q:"29. What is the internal SRAM capacity of ESP32?",
options:["160 KB","256 KB","520 KB","1 MB"],
answer:2
},

{
q:"30. Which of the following is the MQTT broker address used in the ESP32 MQTT example?",
options:["mqtt.google.com","broker.hivemq.com","cloud.mqtt.com","iot.eclipse.org"],
answer:1
},

{
q:"31. In ESP32, which ADC pin is used for reading analog sensor (Potentiometer) in the given example?",
options:["GPIO2","GPIO15","GPIO34","GPIO5"],
answer:2
},

{
q:"32. What is the key difference between ESP32 and ESP8266 regarding ADC resolution?",
options:["ESP32 has 8-bit ADC; ESP8266 has 10-bit ADC","ESP32 has 12-bit ADC; ESP8266 has 10-bit ADC","Both have 12-bit ADC","ESP8266 has 12-bit ADC; ESP32 has 10-bit ADC"],
answer:1
},

{
q:"33. In the DC Motor PWM program, which function is used to set up the PWM channel frequency and resolution?",
options:["ledcWrite()","ledcAttachPin()","ledcSetup()","analogWrite()"],
answer:2
},

{
q:"34. In the Ultrasonic sensor program, how is distance calculated from the duration?",
options:["duration × 0.034 × 2","duration / 0.034 / 2","duration × 0.034 / 2","duration + 0.034 / 2"],
answer:2
},

{
q:"35. Which of the following statements about ESP8266 is CORRECT when compared to ESP32?",
options:["ESP8266 has both Wi-Fi and Bluetooth built-in","ESP8266 is a standalone MCU and does not need an external microcontroller","ESP8266 needs an external microcontroller to function","ESP8266 has more GPIO pins than ESP32"],
answer:2
},

/* ================= AI / ML ================= */

{
q:"36. What does AI stand for?",
options:["Automated Intelligence","Artificial Intelligence","Analytical Interface","Advanced Integration"],
answer:1
},

{
q:"37. Machine Learning is a subset of which field?",
options:["Data Science","Robotics","Artificial Intelligence","Cloud Computing"],
answer:2
},

{
q:"38. Who defined ML as providing a computer with ability to learn without being explicitly programmed?",
options:["Marvin Minsky","Alan Turing","Arthur Samuel","John McCarthy"],
answer:2
},

{
q:"39. In which year did Arthur Samuel define Machine Learning?",
options:["1945","1959","1972","1985"],
answer:1
},

{
q:"40. Deep Learning (DL) is a subset of which of the following?",
options:["AI only","Data Mining","Machine Learning","Cloud Computing"],
answer:2
},

{
q:"41. Which of the following is an application of AI?",
options:["Manual data entry","Driverless cars","Traditional switchboards","Analog signal processing"],
answer:1
},

{
q:"42. What does an AI agent receive inputs from?",
options:["Actuators","Processors","Sensors","Memory"],
answer:2
},

{
q:"43. AI is a combination of which fields?",
options:["Mathematics, Physics, Chemistry","Computer Science, Physiology, Philosophy","Electronics, Biology, Statistics","Networking, Hardware, Software"],
answer:1
},

{
q:"44. Which of the following is a limitation of AI?",
options:["Faster decisions","24×7 availability","Lack of common sense","Accurate operations"],
answer:2
},

{
q:"45. In Supervised Learning, the training data is:",
options:["Unlabeled","Random","Labeled","Encrypted"],
answer:2
},

{
q:"46. Which type of ML uses rewards and punishments as feedback?",
options:["Supervised Learning","Unsupervised Learning","Deep Learning","Reinforcement Learning"],
answer:3
},

{
q:"47. Which algorithm is NOT used in Unsupervised Learning?",
options:["Clustering","Regression","Anomaly Detection","Association"],
answer:1
},

{
q:"48. Which of the following is a Deep Learning architecture?",
options:["Decision Tree","K-Means Clustering","Convolutional Neural Network (CNN)","Linear Regression"],
answer:2
},

{
q:"49. Which of the following best describes Unsupervised Learning?",
options:["Labeled data with a supervisor","Reward-based feedback system","Finding hidden patterns in unlabeled data","Predicting output from labeled training data"],
answer:2
},

{
q:"50. Which of the following is an algorithm used in Reinforcement Learning?",
options:["K-Means","Q-Learning","Regression","PCA"],
answer:1
},

{
q:"51. What is the correct relationship between DL, ML, and AI?",
options:["AI ⊂ ML ⊂ DL","DL ⊂ AI ⊂ ML","DL ⊂ ML ⊂ AI","ML ⊂ DL ⊂ AI"],
answer:2
},

{
q:"52. Which of the following is NOT a Deep Learning architecture?",
options:["Deep Belief Networks (DBN)","Deep Boltzmann Machines (DBM)","Support Vector Machine (SVM)","Convolutional Neural Networks (CNN)"],
answer:2
},

{
q:"53. Multi-Agent System (MAS) is used in which of the following applications?",
options:["Simple calculator programs","Single sensor monitoring","Online trading and ATM processes","Basic LED control"],
answer:2
},

{
q:"54. Which of the following is an application of Supervised Learning?",
options:["Clustering customer data","Spam detection","Anomaly detection","Self-organizing maps"],
answer:1
},

{
q:"55. AI systems operate for how many hours a day?",
options:["8 hours","12 hours","16 hours","24×7"],
answer:3
},

/* ================= QUANTUM ================= */

{
q:"56. What is the fundamental unit of information in Quantum Computing?",
options:["Bit","Byte","Qubit","Nibble"],
answer:2
},

{
q:"57. Classical computers use bits that can have which values?",
options:["0, 1, or both","Only 0","Only 1","Either 0 or 1"],
answer:3
},

{
q:"58. A qubit can exist in how many states simultaneously?",
options:["Only 0","Only 1","Both 0 and 1 simultaneously","Neither 0 nor 1"],
answer:2
},

{
q:"59. Which of the following is an application of Quantum Computing in finance?",
options:["LED control","Risk management and fraud detection","Bluetooth communication","Image printing"],
answer:1
},

{
q:"60. How many states can 2 qubits represent in superposition?",
options:["2","4","8","16"],
answer:1
},

{
q:"61. The mathematical representation of a qubit state is:",
options:["|φ⟩ = α|0⟩ + β|1⟩","|φ⟩ = α|0⟩ × β|1⟩","|φ⟩ = α + β","|φ⟩ = α|1⟩ - β|0⟩"],
answer:0
},

{
q:"62. Which quantum phenomenon links qubits such that the state of one instantly influences the other regardless of distance?",
options:["Superposition","Interference","Entanglement","Tunneling"],
answer:2
},

{
q:"63. Which of the following correctly describes Quantum Interference?",
options:["Qubits storing data in binary format","Quantum states combining like waves to amplify correct paths and cancel incorrect ones","Two qubits sharing the same physical location","Qubits resetting to zero after computation"],
answer:1
},

{
q:"64. How many states can 'n' qubits represent simultaneously due to superposition?",
options:["n states","2n states","2ⁿ states","n² states"],
answer:2
},

{
q:"65. Which of the following is a task suited for Classical Computing but NOT Quantum Computing?",
options:["Cryptography","Word processing and databases","Material simulation","Optimization problems"],
answer:1
},

{
q:"66. What does QKD stand for in Quantum Cybersecurity?",
options:["Quantum Key Distribution","Quantum Knowledge Database","Quantum Kernel Design","Qubit Key Decryption"],
answer:0
},

{
q:"67. In an entangled pair of qubits, if one qubit is found to be |0⟩, the other will be:",
options:["|0⟩","Both |0⟩ and |1⟩","|1⟩","Undefined"],
answer:2
},

{
q:"68. In the qubit state equation |φ⟩ = α|0⟩ + β|1⟩, which condition must always be satisfied?",
options:["α + β = 1","|α|² + |β|² = 1","α × β = 0","|α| = |β|"],
answer:1
},

{
q:"69. Which of the following correctly differentiates Quantum Computing from Classical Computing in terms of error handling?",
options:["Classical computing has complex error correction; Quantum is straightforward","Both have equally complex error correction","Quantum error correction is complex and resource-heavy; Classical is straightforward","Quantum computing has no error correction mechanism"],
answer:2
},

{
q:"70. 300 qubits can represent how many simultaneous states?",
options:["300 states","600 states","2³⁰⁰ states — more than atoms in the known universe","300² states"],
answer:2
},

/* ================= EXTRA ================= */

{
q:"71. Select the function of a GPU",
options:["Store data in memory","Draw images on the frame buffer memory","Encode audio signals","Manage network traffic"],
answer:1
},

{
q:"72. Select the function used to set the GPIO pin as output in ESP32",
options:["digitalMode(pin, OUTPUT)","pinMode(pin, OUTPUT)","setPin(pin, OUTPUT)","outputMode(pin)"],
answer:1
},

{
q:"73. The correct function used to connect ESP32 to a Wi-Fi network is",
options:["WiFi.connect()","WiFi.begin()","WiFi.start()","WiFi.init()"],
answer:1
},

{
q:"74. The function in an ESP32 sketch that is executed only once at the beginning is",
options:["loop()","main()","start()","setup()"],
answer:3
},

{
q:"75. Which programming environment does NOT support ESP32?",
options:["Arduino IDE","Lua","MicroPython","Raspberry Pi OS"],
answer:3
},

{
q:"76. For the given program, select the output:",
options:["The LED on pin 4 blinks continuously","The LED on pin 4 remains OFF","The LED on pin 4 turns ON and stays ON","The LED toggles every second"],
answer:2
},

{
q:"77. For the program to compile successfully, find the missing element.",
options:["The inclusion of #include <WiFi.h>","The inclusion of #include <ESP32.h>","The setup() function","The loop() function"],
answer:0
},

{
q:"78. If the ESP32 fails to connect, what status code is most likely printed?",
options:["WL_CONNECTED","WL_NO_SSID_AVAIL","WL_DISCONNECTED","WL_IDLE_STATUS"],
answer:2
},

{
q:"79. Which is NOT an application of AI?",
options:["Brain-Machine interface","Smart machines","Bio-informatics","Weather prediction"],
answer:3
},

{
q:"80. The one use of GPUs in general-purpose processors is",
options:["Only for mobile gaming","Only for AI","General-purpose, gaming, and high-performance computing","No use"],
answer:2
}

];


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✅ Low Risk - https://unit1-l8g4g6lo6m.edgeone.app/

Requests	IP Address	Location	AS Autonomous System
2	101.33.10.57	Frankfurt am Main, Hesse, Germany	AS139341ACE
2	1	-	-

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