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) gThis question was posed to me by my college professor while I was bunking the class.The query is from MPU6050 Sensor Module in section Interfacing of Sensors, Actuators, and Other Modules of Arduino

Which of the formulae give us the acceleration in the MPU 6050 along t

1.	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) gThis question was posed to me by my college professor while I was bunking the class.The query is from MPU6050 Sensor Module in section Interfacing of Sensors, Actuators, and Other Modules of Arduino
Answer» The correct answer is (a) Acceleration ALONG the X AXIS = (Accelerometer X axis raw data/16384) g Easiest EXPLANATION: (Accelerometer X axis raw data/16384) gives the correct value of the acceleration of the MPU 6050 sensor. Here all the three values read from the 3 data pins of the Accelerometer module in the MPU 6050 are to be replaced in the equation one by one in order to get the 3D MODEL.

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