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Intro to computational thinking, programming and robotics

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Intro to computational thinking, programming and robotics

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About this activity

computational science

Created by

Sara Loureiro
Sara Loureiro
Spain
This game is a version of
TEC 3º Intro to computational thinking, programming and robotics

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Intro to computational thinking, programming and robotics
 

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Intro to computational thinking, programming and roboticsOnline version

computational science

by Sara Loureiro
1

mechanised automater automation mechanisation automated mechanism

An is a device or machine that performs a specific task and whose operation cannot be changed .

2

not not examples examples

Car windscreen wipers and toilet tanks are of automated mechanism s

3

automated mechanism robot machine mechanism

A is a programmable automated machine that captures information about its surrounding , processes this information , and acts on it .

4

personality processes beliefs

In order to control the performed by a robot , it is either connected to a computer or has a built - in computer .

5

contributor controller controversy contractor

Microprocessors cannot communicate directly with the sensors or give commands to motors , lights , etc . , so we need a to act as an intermediar y

6

controller board playboard computer

A is an electronic circuit that acts as an interface between the computer and the devices that we want to control by adapting the input and output signal s

7

physiologic computing Physical computing Philosophical comprehending

is the construction of devices that include microcontrollers , sensors , and actuators that interact with the environmen t

8

micromanager microagression microscope microcontroller

A is a programmable integrated circuit on a single chip that covers all the basic functions of a computer : processing unit , memory , and input and output peripherals .

9

more expensive scarier heavier cheaper

A microcontroller is than a computer ( PC )

10

higher greater lower bigger

A microcontroller has a consumption than a computer , and can use batterie s

11

the same amount of less more way less

A computer has memory than a microcontrolle r

12

can could possibly cannot

A microcontroller run hundreds of program s

13

computers microcontrollers

Many items in our everyday lives are controlled by , including washing machines , refrigerators , alarm clocks , remote controls for TV , ABS systems i cars etc .

14

directly diversely discontinuously indirectly

Computers require adaptation models whereas microcontrollers are connected to sensors and motor s

 
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