MPU6050 Sensor Module MCQs : This section focuses on the "MPU6050 Sensor Module". These Multiple Choice Questions (MCQs) should be practiced to improve the MPU6050 Sensor Module skills required for various interviews (campus interview, walk-in interview, company interview), placement, entrance exam and other competitive examinations.
Question 1
How many pins are present in the MPU6050 Sensor?
A. 1
B. 4
C. 8
D. 5
Question 2
What is the datatype of the output given by the temperature module on the MPU 6050?
A. Signed Double
B. Unsigned Byte
C. Signed Int
D. Unsigned Float
Question 3
What is the formula for calculating the temperature in degrees celsius from the raw data gathered by the temperature module of the MPU 6050?
A. Temperature in degrees celsius = ((temperature sensor data)/340 + 36.53) °/c
B. Temperature in degrees celsius = ((temperature sensor data)/340 + 36) °/c
C. Temperature in degrees celsius = ((temperature sensor data) + 36.53) °/c
D. Temperature in degrees celsius = ((temperature sensor data)/340 * 36.53) °/c
Question 4
What is the optimum current that is required to operate the MPU 6050 Sensor?
A. 20 mA
B. 15 mA
C. 200 A
D. 1:00 AM
Question 5
What is the use of the AD0 pin?
A. I2C Slave Address LSB Pin
B. SPI Master Address MSB Pin
C. UART Slave Address LSB Pin
D. UART Master Address LSB Pin
Question 6
What is the use of the MPU 6050 Sensor?
A. Monitors Motion
B. Monitors air pressure
C. Monitors objects
D. Monitors heartbeat
Question 7
What kind of sensor is the MPU 6050 Sensor?
A. Passive
B. Active
C. Radio
D. Pressure based
Question 8
What will happen if we supply a voltage of 25V to the Vcc of the MPU 6050 Sensor?
A. Damage is caused
B. Module will shut down
C. Module will not respond for the time the voltage is applied
D. Module will function normally
Question 9
Which of the formulae give us the acceleration in the MPU 6050 along the X axis?
A. Acceleration along the X axis = (Accelerometer X axis raw data/16384) g
B. Acceleration along the X axis = (Accelerometer X axis raw data/1634) g
C. Acceleration along the X axis = (Accelerometer X axis raw data/1384) g
D. Acceleration along the X axis = (Accelerometer X axis raw data/1622) g
Question 10
Which of the formulae give us the angular velocity in the MPU 6050 along the X axis?
A. Angular velocity along the X axis = (Gyroscope X axis raw data/131) °/s
B. Angular velocity along the X axis = (Gyroscope X axis raw data/132) °/s
C. Angular velocity along the X axis = (Gyroscope X axis raw data/12) °/s
D. Angular velocity along the X axis = (Gyroscope X axis raw data/130) °/s