M2go Sensor vs Acceleration Calculator

The M2go Sensor application works as a bluetooth smart sensor interface for the Measure2go hardware by taskit. This application lets you set up and calibrate the sensor nodes. It can store the displayed real time measurement values or download logged data over bluetooth to your mobile device. The stored data can then be exported. The connection to the Measure2go accessories is established via Bluetooth Smart (aka: Bluetooth Low Energy). Features: - Supports the following Measure2go sensors: Blue pH-Meter, Blue RTD, Blue LoopRX, Blue LoopTX - Download of logged data from sensor - Manual storage of measurement values - Change sensor configuration - Wireless communication with the sensor nodes over Bluetooth Low Energy (BLE) Display: The sensor value readings can be viewed in real-time including: - The unique sensor node ID - Digital sensor value display in any unit - Last stored measurement value with timestamp - Last calibration with slope, offset and date (on "Info" page) - Trigger to shot the current sensor value manually Storage / transfer: All stored readings (sensor values, pH, voltage, temperature, location and time) can be exported by e-mail or via iTunes as a csv file. This file can be imported to (nearly) any spreadsheet programm on the PC and then be viewed in a table. Compatibility: Requires iOS 9.0 or later. Compatible with iPhone, iPad and iPod touch.

Effortlessly determine acceleration, initial and final speed, or time required to reach a specified speed using our acceleration calculator. The tool supports various metrics, including meters per second, miles per hour, miles per second, kilometers per hour, kilometers per second, yards/feet per second, and knots. The results are provided in meters per second squared and standard gravity units (g). This versatile acceleration calculator accommodates various vehicles and objects, including cars, buses, trains, bikes, motorcycles, planes, ships, spacecraft, projectiles, and more, thanks to its extensive support for different units. To compute the missing variable, you only need to input three out of the four parameters: acceleration, initial speed, final speed, and time (acceleration duration). The results are consistently presented in the squared form of the input unit (e.g., km/h^2), meters per second squared (m/s^2), and standard gravity units (gn or simply g). Additionally, this calculator is equally adept at calculating deceleration. By entering a reduced value for the final speed, it can determine, for instance, the deceleration needed to bring a vehicle to a complete stop within a specified duration or the braking distance for a vehicle decelerating at a given rate.