Results for precision translation from English to Telugu

precision agriculture
నిర్మాణాత్మక డేటా నుండి విలువైన సమాచారాన్ని సేకరించండి

please wait a moment to calculate the precision
ప్రెసిషన్‌ను గణించుటకు దయచేసి కొంచెం వేచివుండండి

calibration is about to check the precision. please move all axes to their center position and then do not touch the joystick anymore. click ok to start the calibration.
కాలిబరేషన ప్రెసిషన్‌ను పరిశీలించబోతోంది. దయచేసి అన్ని అక్షములను వాటి కేంద్ర స్థానమునకు కదుపుము మరియు యిక జాయ్‌స్టిక్‌ను అంటుకొనవద్దు. కాలిబరేషన్ ప్రారంభించుటకు సరే నొక్కండి.

as the name implies, resistors add resistance to the circuit and reduces the flow of electrical current. it is represented in a circuit diagram as a pointy squiggle with a value next to it. the different markings on the resistor represent different values of resistance. these values are measured in ohms. resistors also come with different wattage ratings. for most low-voltage dc circuits, 1/4 watt resistors should be suitable. you read the values from left to right towards the (typically) gold band. the first two colors represent the resistor value, the third represents the multiplier, and the fourth (the gold band) represents the tolerance or precision of the component. you can tell the value of each color by looking at a resistor color value chart. or... to make your life easier, you could simply look up the values using a graphical resistance calculator. anyhow... a resistor with the markings brown, black, orange, gold will translate as follows: 1 (brown) 0 (black) x 1,000 = 10,000 with a tolerance of +/- 5%
as the name implies, resistors add resistance to the circuit and reduces the flow of electrical current. it is represented in a circuit diagram as a pointy squiggle with a value next to it. the different markings on the resistor represent different values of resistance. these values are measured in ohms. resistors also come with different wattage ratings. for most low-voltage dc circuits, 1/4 watt resistors should be suitable. you read the values from left to right towards the (typically) gold band. the first two colors represent the resistor value, the third represents the multiplier, and the fourth (the gold band) represents the tolerance or precision of the component. you can tell the value of each color by looking at a resistor color value chart. or... to make your life easier, you could simply look up the values using a graphical resistance calculator. anyhow... a resistor with the markings brown, black, orange, gold will translate as follows: 1 (brown) 0 (black) x 1,000 = 10,000 with a tolerance of +/- 5%