Q2: 1:LDR: to change brightness of screen automatically 2:sound sensor: to give voice command to computer 3: temperature sensor: in close loop A.C 4: Proximity Sensor: in phones have touch screen
A. Feedback sensor B. controller C. InPut D. OutPut
Question 2
A. LDR:A typical example is to turn ON the street lights when it gets dark. B. Thermistor:A typical application is to turn ON a fan when the temperature is high. C. Proximity Sensor: An example of an application is detecting and counting the number of pepsi cans passing through an assembly line. D. pressure sensor: A cranes, In order to control the movement, holding.
- An output. - Feedback Sensor. - An input. - Motor.
Question 2: 1: Micros 2:sound sensor: to give voice command to computer 3: temperature sensor: in close loop A.C 4: LDR: to change brightness of screen automatically
salam
ReplyDelete1) * System / motor
ReplyDelete* Feedback sensor
* Input
* Output
2) * Infrared Sensor = measures infrared light radiating from objects in its field of view.
* Thermocouple Sensor = convert heat into electrical power.
* Ultrasound Sensor =
*Lidar Sensor = detects light and ranging
This comment has been removed by the author.
ReplyDeleteQ1
ReplyDelete1-controller
2-system =motor
3-rotation feedback sensor
4-input
5-output
Q2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Khalid Al-Taie
ReplyDelete11-03
Question 1:
1. Motor
2. Feedback Sensor
3. Input
4. Output
Question 2:
1. LDR: Street lights
2. Infrared: Night vision
3. Thermocouple: Process plants
4. Laser: Security application
1-input
ReplyDelete2-output
3-controller system
4-sensor/feedback
1-LDR: Street lights
2-Infrared: Night vision
3-Thermocouple: Process plants
4- Laser: Security application
Question 1 :
ReplyDelete1-Controller
2-System =motor
3-Rotation feedback sensor
4-Input
5-Output
Question 2:
1-Thermocouple
2-Global water
3-Skye SWD sensor
4-Micros
-System / motor
ReplyDelete-Feedback sensor
-Input
-Output
-controller
2)Infrared Sensor = measures infrared light radiating from objects in its field of view.
-Thermocouple Sensor = convert heat into electrical power.
-LDR: Street lights
-Laser: Security application
1-controller
ReplyDelete2-system =motor
3-rotation feedback sensor
4-input
5-output
Q2:-
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
salem abdulla
11-02
Abdulrhman Abdullah
ReplyDelete11 - 02
Question 1:
1. Motor
2. Feedback Sensor
3. Input
4. Output
Question 2:
1. LDR: Street lights
2. Infrared: Night vision
3. Thermocouple: Process plants
4. Laser: Security application
Salmeen Jumaan Al-Marei
ReplyDelete11-02
Q1:
1-Controller
2-System=motor
3-Rotation feedback sensor
4-Input
5-Output
Q2:
Question 2:
1-Thermocouple
2-Global water
3-Skye SWD sensor
4-Micros
Ahmed Amer AlKathiri
ReplyDelete11-02
1011090095
Q1
1-controller
2-system =motor
3-rotation feedback sensor
4-input
5-output
Q2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Hamad Bader 11-02 1011090056
ReplyDelete-System / motor
-Feedback sensor
-Input
-Output
-controller
2)Infrared Sensor = measures infrared light radiating from objects in its field of view.
-Thermocouple Sensor = convert heat into electrical power.
-LDR: Street lights
-Laser: Security application
Abdulrahman Abdulaziz
ReplyDelete11-02
*Question 1:
1-controller
2-system =motor
3-rotation feedback sensor
4-input
5-output
*Question 2:
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Mohammed Ahmed Alhosani
ReplyDelete90123
11-03
Q1
1-input
2-controller
3-system =motor
4-rotation feedback sensor
5-output
Q2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Q1:
ReplyDelete1: input
2: controller
3: motor
4: output
5: feedback sensor
Q2:
1:LDR: to change brightness of screen automatically
2:sound sensor: to give voice command to computer
3: temperature sensor: in close loop A.C
4: Proximity Sensor: in phones have touch screen
Osama Zaid Abdulla AL-Menhali
st1011090131
11-03
-System / motor
ReplyDelete-Feedback sensor
-Input
-Output
-controller
2)Infrared Sensor = measures infrared light radiating from objects in its field of view.
abdulaziz alnaime
11-02
-Thermocouple Sensor = convert heat into electrical power.
-LDR: Street lights
-Laser: Security application
Question 1 :
ReplyDelete1-Controller
2-System =motor
3-Rotation feedback sensor
4-Input
5-Output
Question 2:
1-Thermocouple
2-Global water
3-Skye SWD sensor
4-Micros
Abdulla Khames ALameri
st1011090072
11-03
Question 1 :
ReplyDelete1-Controller
2-System =motor
3-Rotation feedback sensor
4-Input
5-Output
Question 2:
1-Thermocouple
2-Global water
3-Skye SWD sensor
4-Micros
Name:Hamad Ahmed Juma
Class:11-03
ID:1011090044
Q1:-
ReplyDelete- An output.
- Feedback Sensor.
- An input.
- Motor.
Q2:-
- Infrared Sensor.
- LDR.
- Laser.
- Thermocouple Sensor.
Moahmmed Khalid Almeraikhi
90217 11-03
Quetion 1:
ReplyDelete-Controller
-System=motor
-Rotation feedback sensor
-Input
-Output
Question 2:
-Thermocouple
-Global water
-Skye SWD sensor
-Micros
Awad Juma Al-Hanaei
1011090224
11-3
1-input
ReplyDelete2-controller
3-system =motor
4-rotation feedback sensor
5-output
Q2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Question 1
ReplyDeleteA. Feedback sensor
B. controller
C. InPut
D. OutPut
Question 2
A. LDR:A typical example is to turn ON the street lights when it gets dark.
B. Thermistor:A typical application is to turn ON a fan when the temperature is high.
C. Proximity Sensor: An example of an application is detecting and counting the number of pepsi cans passing through an assembly line.
D. pressure sensor: A cranes, In order to control the movement, holding.
Saeed Zaid Abdullah Al Menhali
1011090130
11-03
THx
Quetion 1:
ReplyDelete*Controller
*System=motor
*Rotation feedback sensor
*Input
*Output
Question 2:
*Thermocouple
*Global water
*Skye SWD sensor
*Micros
Mansour Dhafer Al Heira ( 1011090093 )
11 - 02
Question"1
ReplyDelete1-controller
2-system =motor
3-rotation feedback sensor
4-input
5-output
Question"2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
talal alhamily 11-03
Question 1 :
ReplyDelete- An output.
- Feedback Sensor.
- An input.
- Motor.
Question 2:
1: Micros
2:sound sensor: to give voice command to computer
3: temperature sensor: in close loop A.C
4: LDR: to change brightness of screen automatically
Name: Mohammed Hassan Hadi
Class: 11-02
Ahmad Abdullah albloushi
ReplyDeletest1011090166
11-03
Q1
A1- Controller
A2- System (motor)
A3- rotation feedback sensor
A4- input
A5- output
Q2
A1- thermocouple
A2- global water
A3- Skye SWD sensor
A4- Micros
MR.SAFWAN (ATE)
Question"1
ReplyDelete1-controller
2-system =motor
3-rotation feedback sensor
4-input
5-output
Question"2
1-thermocouple
2-global water
3-Skye SWD sensor
4-Micros
Name: yousef adnan alameri
11-02
Question (1):
ReplyDelete1* input
2*controller
3* motor
4*output
5* feedback sensor
Question (2):
1*Thermocouple
2*Global water
3*Skye SWD sensor
4*Micros
>>> Sultan Abdulla AlQubaisi <<<
((( 11-03 )))
ID: 1011090143
Question 1 :
ReplyDelete1-Controller
2-System =motor
3-Rotation feedback sensor
4-Input
5-Output
Question 2:
1-Thermocouple
2-Global water
3-Skye SWD sensor
4-Micros
1.controller
ReplyDelete2.input
3.output
4.feedback
quastion2:
1.thermocouple
2.global water
3.micros
4.LDR