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The precision of the input number in example (1) is one digit, but the precision of its kelvins expression is three, so the precision of the Fahrenheit conversion is ''made'' three (made 180...) . (1) and (2) seem to belie the fact that a {{convert|0.1|C-change|F-change|disp=x| is a |abbr=off}}, and make the 32 degrees difference shown in (1) begin to seem off somehow. | The precision of the input number in example (1) is one digit, but the precision of its kelvins expression is three, so the precision of the Fahrenheit conversion is ''made'' three (made 180...) . (1) and (2) seem to belie the fact that a {{convert|0.1|C-change|F-change|disp=x| is a |abbr=off}}, and make the 32 degrees difference shown in (1) begin to seem off somehow. | ||
Result (1) seems off until you set the significant figures yourself with {{para|sigfig}}: | Result (1) seems off until you set the [[significant figures]] yourself with {{para|sigfig}}: | ||
:{{#invoke:DemoTemplate|convert|10000|C|sigfig=5}} | :{{#invoke:DemoTemplate|convert|10000|C|sigfig=5}} | ||
or you set the precision ''positionally'', relative to the decimal point (zero being ''at'' the decimal point): | or you set the precision ''positionally'', relative to the decimal point (zero being ''at'' the decimal point): |