# data[].attributes.body
1. Microprocessor could be found on devices like phones or laptop or washing machine,etc.

2. Microprocessor makes the devices smart by acting as their brain and performs complex computational processing as well as implementing the instructions.

3. The smart device has internet connectivity, may be integrated with AI, is able to predict & react to human interactions and scenarios. The non-smart device only performs minimal, repetitive, limited tasks yet not able to react to external scenario.

# data[].attributes.body
Where do you think microprocessors are used in everyday life?

SmartWatch

How do microprocessors make these devices "smart"?

By processes input from sensor and give appropriate output.

example: SmartWatch process the input from sensors such as heart beat monitor, process by calculate and give back the output

Compare a "smart" device and a "non-smart" version

Smart device can do more then non smart device

Example: smartwatch nowdays can even send text from watch while non smart can only do simple arithmatic operations

# data[].attributes.body
1. central heating systems

2. takes input and processes them; enables IoT connectivity through bluetooth or WiFi

3. a smart thermostat automatically regulates the temperature by processing the current temperature, regular thermostat you have to manually adjust

# data[].attributes.headline
Where are microprocessors used in everyday life?

# data[].attributes.subject
Where are microprocessors used in everyday life?

# data[].attributes.body
1. Every single electronic device that has complex functions implement a form or another of embedded systems which includes a microprocessor that acts as its brain. An example would be the humble calculator.

2. Microcontrollers make electronic devices ‘smart’ by allowing to intrepret and act on a series of instructions, which broaden it’s capabilities.

3. Smart devices have complex intelligent functions such as Wifi connectivity implemented into its embedded system, it handles advanced and always changing instructions. Non-smart devices only act upon simple and unchanging functions either through mechanical means or very simple microcontrollers.

# data[].attributes.body
microprocessors are used in smartphones, computers, etc.

they receive information, processes data, make decisions and execute the right commands.

smart devices are interconnected and interact with each others, they may also have AI/machine learning and operating systems. Non-smart devices only process basic and simple functions, it requires user interactions to execute commands like a washing machine.

# data[].attributes.body
1. Our devices/gadgets

2. Portable, small but more powerful, increased capability to store data with smaller hardware.

3. Smart device: Smartphone / Non -smart version: The bulky home telephone that houses used to have

# data[].attributes.body
1. Mostly everything that have a electronic brain.

2. the device can do Input-process-output

3. Smart refrigerator can digitally measure, change and monitor the temperature inside it. normal refrigerator dont.

# data[].attributes.body
example : lightbulb

smart : because it can accept input, process and think to produce output

comparison : smart lightbulb vs non smart lightbulb, smart one can change the brightness and colour depending on user input while non smart only allows on or off

# data[].attributes.body
1. Microprocessors can be found in cars. ECU modules, ABS modules etc.

2. They can process data, and make some decisions. They also allow bluetooth/wifi connections

3. A smart device can adapat/adjust to situation. A non - smart device does not. Example a smart fan might adjust its speed according to the temperature of the current situation. A non smart fan will not, it will always run on only 1 set speed.

# data[].attributes.body
1- microprocessors are used almost everywhere such as phone, laptop, smart home devices

2- microprocessors allowing to process data,make decision and respond to the input

3- smart device enables automation but non-smart device work manually with limited functions.

eg:a smart TV can connect to the internet, stream content, and respond to voice commands, while a traditional TV can only display channels from an antenna or cable.

# data[].attributes.body
1. Motion sensor lights

2. When the sensor detects any movements it will turn on the lights

3. Smart (can think on its own and has microprocessor and can decide itself)

Non smart (cant decide for itself need human intervension)

# data[].attributes.body
1. smart watch, tablet, laptop

2. A smart device can interpret and execute instruction define by user. Meaning it can react with certain input and output the desire output that expected and require by user without people to manually do them.

3. smart light will auto off when there are no people around, non smart light will just continue on until someone who off it.

# data[].attributes.body
Where do you think microprocessors are used in everyday life?

Smartphones

Televisions

Air conditioners

How do microprocessors make these devices "smart"?

Running apps, managing calls, connecting to the internet and handling the camera and sensors.

Process video and audio signals, manage apps such as YouTube and Netflix.

Read data from temperature sensors and automatically adjust the cooling level, fan speed and timer.

Compare a "smart" device and a "non-smart" version.

Smart Device

Has a microprocessor that automates functions.

Can sense conditions and make automatic adjustments.

Non-Smart Device

Controlled manually with simple switches or knobs.

User must take all adjustments manually.

# data[].attributes.body
1. Microprocessors are used in phones, computers, cars, and home appliances. They help these devices work automatically, make decisions, and perform tasks faster and smarter.

2. Microprocessors make devices “smart” by acting as their brain. They process data, follow programmed instructions, and make decisions based on input from sensors or users. For example, in a smartphone, the microprocessor manages tasks like running apps, connecting to the internet, and adjusting screen brightness automatically. In other smart devices like washing machines or thermostats, it helps the device respond intelligently to change such as choosing the right wash cycle or maintaining a comfortable temperature.

3. A smart device has a microprocessor that allows it to make decisions, connect to networks, and respond automatically to different situations. For example, a smart TV can connect to Wi-Fi, stream movies, and recommend shows based on what you watch.

A non-smart device, on the other hand, doesn’t have a microprocessor or internet connection. A regular TV can only display programs from connected sources like antennas or DVD players and cannot adjust or learn from user behavior.

# data[].attributes.body
1. computers, home appliances like washing machines, microwaves, smartphones

2. Microprocessors make devices smart by acting as their central brain, processing data from sensors and input devices to execute programmed instructions and make decisions

3. The key difference between a smart device and its non-smart (traditional) version is the ability of the smart device to connect, communicate, and interact—often via the internet—to offer enhanced automation, monitoring, and remote control. For example, the smart version of thermostat can collect and analyse data on usage pattern and energy consumption, providing real time report to the user, while no data collection or reporting for non smart version.

# data[].attributes.body
1. Where do you think microprocessors are used in everyday life?
- Smartphones: run apps, do calculations

2. How do microprocessors make these devices "smart?
-They take in information – from buttons, sensors
-They process the information – using built-in instructions or programs.
-They give commands – to other parts of the device to do something

3. Compare a "smart" device and a"non-smart" version.

Smart TV (Smart Device) Old TV (Non-Smart Device)

# data[].attributes.body
1. Microprocessors are used in telephones, computer

2. Because Microprocessors can accept input and process the input and make an output

3. Smart devices can connect to the Internet while non smart device cannot connect to the internet

# data[].attributes.body
1.Smart phone, air conditioners

2.can process the data, follow the data to make options and respond automatically.

3.A smart TV is a smart device, while a traditional TV is non-smart. A smart TV can connect to the internet, and respond the voice command but traditional TV only can display content from cable.

# data[].attributes.body
1. Microprocessors are used in household appliances such as washing machine, television, air conditioners and many more.

2. Microprocessors makes the devices smart by process the input make decisions automatically. This is more efficient.

3. Smart device: has the ability to connect with Internet.

Non-Smart device: does not has the ability to connect with Internet.

# data[].attributes.body
Microprocessors are used in nearly everywhere in our daily life like washing machine, vehicles, smart watch.

Microprocessor allow the devices to respond to process data automatically based on the input it received from the sensors etc. it can also be connected via WiFi or bluetooth too.

The difference between a smart and non-smart is a non-smart device depends on manual input to execute certain operation

# data[].attributes.body
1. Where do you think microprocessors are used in everyday life?

smart security camera

2. How do microprocessors make these devices “smart”?

In the smart security camera example, the microprocessor's power makes the device "smart" by allowing it to:

Process and Analyze Data: It handles real-time video processing and runs AI algorithms to intelligently analyze the video feed. This means it doesn't just record; it "sees" and "understands" what's happening.

Multitask and Connect: It runs an operating system to manage concurrent tasks, such as simultaneously detecting motion, streaming footage to the cloud, and communicating with a mobile app (IoT connectivity).

Make Decisions: By using its processing power to run AI algorithms, it can make intelligent decisions, such as deciding that a falling leaf is not a threat, but a person's movement is, thereby avoiding false alarms.

3. Compare a “smart” device and a “non-smart” version.

A smart device, driven by a powerful microprocessor, is capable of complex data processing, decision-making, and network connectivity, whereas a non-smart version typically uses simpler circuitry or a basic microcontroller to perform only fixed, pre-programmed operations.

# data[].attributes.body
1. Almost every devices in the kitchen have microprocessors such as the induction stove, kettle and dishwasher.

2. Microprocessors allows the device to analyse the input, compare values and decides what to do next.

3. Smart devices allows communication among other devices through wired and wireless connections.

# data[].attributes.body
1. Vending machines

2. Microprocessors make these devices smart by:

Receive user input and selection through signals from user interface like keyboard or touchscreen

Dispense product through controlling the motors and mechanisms to deliver the selected product to customers

Process payment with coin slots, bill acceptors, e-wallet or card payment. Verify and record payments and perform calculation for change when necessary

3. Smart vending machines can make decisions if the payment is enough, item is in stock and if it should dispense. Non-smart vending machine do not have sensors to verify if the coins or cash inserted are counterfeit or not.

# data[].attributes.body
1. Microprocessor exist in devices such as microwave and washing machines.

2. What makes microprocessor turn a device into a smart device is the ability to interpret data at a high and complex rate

3. Non smart device are only able to process basic function. Whilst smart device can process may be integrated within the device allowing for device to perform more complex functions.

# data[].attributes.body
Where do you think microprocessor are used in daily life?

Smartphone and tablets

Autonomous cars

Banking and ATMs

How do microprocessor make these devices smart?

Take inputs from sensors and buttons or other devices.

Process the input using software or logic.

Give output like turning on motor, showing a message or sending a data.

Compare a “smart” device and a “non-smart” version.

Smart device - microprocessor, connectivity, automation

Non smart devices - manual operation, fixed behaviour

# data[].attributes.body
1) Microprocessor are used in many household gadgets like washing machine, microwave oven, and air conditioner.

2) Microprocessors makes these devices smart by acting as brain and control action.

3) The comparation between smart Vs non-smart smart devices is non-smart devices do basic things where as smart devices communicate and process data or signal.

# data[].attributes.body
1. Where Microprocessors Are Used in Daily Life

The microprocessor is the "brain" inside almost every modern electronic device. Its usage can be categorized into two main groups:

| Device Category | Microprocessor Role | Examples of Devices |

|---|---|---|

| Computing Devices | Serves as the main CPU, running complex operating systems and applications. | Smartphones, Laptops/PCs, Tablets, Game Consoles. |

| Embedded Systems | Acts as a Microcontroller or controller, executing one specific control task. | Automatic Washing Machines, Smart TVs, Wi-Fi Routers, Cars (ECUs), ATMs. |

2. How Microprocessors Make Devices "Smart"

Microprocessors turn devices "smart" by providing the fundamental ability to be programmed and to make logical decisions. This is achieved through three key mechanisms:

* Program Execution: The microprocessor runs complex sets of instructions (software or programs) that enable sophisticated functions (e.g., running apps, processing graphics).

* Sensor Data Processing: It receives and analyzes raw data from the environment (e.g., from temperature, touch, or camera sensors).

* Automatic Decision-Making: Based on the program and sensor data, the microprocessor can make decisions. For example:

* If you tap the camera icon (input), then the microprocessor executes the camera program and activates the image sensor (output).

* A Smart Device can therefore react dynamically and perform complex tasks that previously required human intervention.

3. Comparison of Smart vs. Non-Smart Devices

The main difference lies in the capabilities of connectivity and adaptation (intelligence) enabled by the microprocessor.

| Feature | Smart Device | Non-Smart Device (Traditional) |

|---|---|---|

| Connectivity | Connected (Wi-Fi/Bluetooth); can be controlled remotely. | Isolated (stand-alone); does not require internet access. |

| Adaptation | Adaptive; can learn preferences, store data, and adjust behavior over time. | Fixed; only executes the programmed sequence of steps. |

| Interaction | Flexible (voice command, mobile app, touchscreen). | Manual (physical buttons, dials, levers). |

| Example | Smart phone, A programmable lamp set to turn on at sunset. | Corded telephone, A basic lamp controlled by a wall switch. |