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3 dni temu · Drag the marker on map to calculate distance (km, meters, mile, foot) and bearing angle of direction on google map, between two points of the earth. Calculation of average speed or time spent.
- CO2 Emissions
Measure emissiones of CO 2 per kWh of energy produced, or...
- Coordinates Conversion
Format Value range Valid value for the latitude are from...
- CO2 Emissions
2 dni temu · Distance. Drag the marker on map to calculate distance (km, meters, mile, foot) and bearing angle of direction on google map, between two points of the earth. Calculation of average speed or time spent.
6 dni temu · Instructions. This tool aims to obtaining geographic coordinates (latitude, longitude, location, street address, points ...), distance of a polyline or area on Google interactive map, it's easy to use, you have different mode to get information (point, distance, polyline, area ).
3 dni temu · To put a scale on a map, follow these four simple steps: find a map of the area you want to use, determine the actual and measured distances of two points on the map, divide the actual distance by the measured distance to calculate the scale, and place the scale numbers on the map.
5 dni temu · The motion of planetary gear systems is expressed clearly in the Plantetary Train Equation: -S/R = (ωr-ωa)/ (ωs-ωa). Once this is known, the speeds of the carrier arm, sun and/or ring can be calculated. Multiple series of planetary gear systems can be used to get multiple speeds and directions. Planetary gear systems are used everywhere.
5 dni temu · How Do You Put a Scale on a Map? To put a scale on a map, you need to follow a few simple steps: Find a map of the area you want to use. Identify two points on the map with known distances in the real world. Measure the distance between these two points on the map. Divide the actual distance by the measured distance to determine the scale ratio.
2 dni temu · Calculation Formula. The milliradian distance formula provides a simple method to calculate distance based on the size of an object and the angular measurement in milliradians. It's expressed as: \ [ D_m = \frac {S \times 27.8} {\text {mrad}} \] where: \ (\text {mrad}\) is the milliradians.
