[MKC-1767] Update "iot air quality checker"

content/tutorials/projects/iot-air-quality-checker/iot-air-quality-checker.md

@@ -19,7 +19,7 @@ source: "https://create.arduino.cc/projecthub/407590/iot-air-quality-checker-c8d
 
 ## About This Project
 
-Do you ever worry about the air quality at home, in which we past lot of time recently, due to the pandemic?
+Do you ever think about the air quality in your home, where we spend so much of our time every day?
 
 Or in your DIY lab in the middle of 3d printers / saw / cnc / lasercutter?
 
@@ -43,9 +43,9 @@ Of course you can reach the same setup using a breadboard, floating wires and sp
 
 In this project we are going to use [Arduino Cloud](https://create.arduino.cc/iot), where you can create IoT applications in a few simple steps.
 
-We can just start connecting the MKR WiFi 1010 to the Web Editor.
+We can just start connecting the MKR WiFi 1010 to the Cloud Editor.
 
-You can then find more information on the Web Editor setup for the MKR WiFi 1010 at [this link.](https://www.arduino.cc/en/Guide/MKRWiFi1010)
+You can then find more information on the Cloud Editor setup for the MKR WiFi 1010 at [this link.](https://www.arduino.cc/en/Guide/MKRWiFi1010)
 
 After connecting your Arduino to the usb port, be sure to have selected the right board and the right port.
 
@@ -55,7 +55,7 @@ At this point, since the MKR WiFi 1010 is a Cloud compatible board, we can start
 
 ### Arduino Cloud Setup
 
-Thanks to this platform, the dashboard creation will be really easy, and the base of the Arduino code will be auto-generated, and usable directly on the Arduino Web Editor.
+Thanks to this platform, the dashboard creation will be really easy, and the base of the Arduino code will be auto-generated, and usable directly on the Arduino Cloud Editor.
 
 This is one of the feature of Arduino Cloud, many interesting others are described in [this official blog post](https://blog.arduino.cc/2021/06/18/14-awesome-arduino-cloud-features-you-never-knew-existed)!
 
@@ -72,11 +72,11 @@ Let's start with the device:
 The configuration is really easy:
 
 * Choose the board vendor (in our case it's Arduino).
-* Choose which board we are going to use (we'll see already our board, If we have previously connected it to the Web Editor).
+* Choose which board we are going to use (we'll see already our board, If we have previously connected it to the Cloud Editor).
 * Wait for the an update for securing the communication.
 * Click the done button.
 
-![Setup your Arduino device.](assets/screenshot_2021-06-28_09-44-48_mOOnTEkuFO.png)
+![Setup your Arduino device](assets/DeviceSetup.png)
 
 Now it's time to create the variables!
 
@@ -127,18 +127,18 @@ Next step is to setup the Wifi Credentials that will be used by the board to con
 
 ### The Auto-Generated Sketch
 
-After creating variables, in the *sketch* section we'll find an auto-generated sketch, than we can open directly in the Web Editor by pressing the *Open full editor* button!
+After creating variables, in the *sketch* section we'll find an auto-generated sketch.
 
-![Click Open full editor.](assets/image_SlwQmN3MEj.png)
+![Sketch editor tab](sketchTab.png)
 
-Now we continue editing the sketch in the Web Editor.
+Now we continue editing the sketch in the Cloud Editor.
 
 We'll find a few more tabs, in particular:
 
 * thingProperties.h tab - that we dn't have to edit! - where we'll find the variables declared prevoiously, and the unique ID of the thing and it's properties.
 * Secret tab where we'll find the WiFi credentials.
 
-![The different tabs.](assets/screenshot_2021-06-25_01-25-58_EIfc27QSfO.png)
+![The different tabs](assets/thingsProperties.png)
 
 Being separated from the main sketch tab, we can share without problem our sketch: those information will not be shown, since strictly related to our own thing and wifi connection!
 
@@ -221,13 +221,13 @@ We'll use it to display measurements, but because of we'll have a shared dashboa
 
 We have to use the *Grove Oled Display 0.96* library, and we can install it from the Library Manager. Just search for "oled" and then star the library, in order to have it available! 
 
-![Search for the oled library.](assets/image_ViO3iy1h3Y.png)
+![Search for the oled library](image.png)
 
 We'll find all the needed code in the **OLED_Hello_World** example.
 
 This display is able to show up to 8 rows, 16 chars each. In order to visualize information in the display, we have to place it using *XY* coordinate, where the top left corner is **X0**, **Y0**, and X is for the columns and Y for the rows
 
-![Coordinates on the oled display.](assets/image_1MoDqZvQwk.png)
+![Coordinates on the oled display](assets/image_1MoDqZvQwk.png)
 
 Let's start including the required libraries in the header:
 
@@ -361,11 +361,11 @@ That's it! the complete sketch can be found below.
 
 Last step is to create a custom Dashboard.
 
-Just press the **Go to IoT Cloud** button to switch from the Web Editor to the Arduino Cloud.
+Just press the **Go to IoT Cloud** button to switch from the Cloud Editor to the Arduino Cloud.
 
 Here switch to the Dashboards menu, and then *BUILD DASHBOARD*
 
-![Switch to the dashboards menu, and then choose build dashboard.](assets/image_rK7E2bPuef.png)
+![Switch to the dashboards menu, and then choose build dashboard](assets/createDashboard.png)
 
 Now we can start building the new dashboard, switching in edit mode.