Can you help me with 1.65?
@toxicsugar22 do you know?
@aaronq can you help?
You just have to use the formula written there at the bottom
i understand that, but which is the T.V and the E.V??? that's what i don't understand @aaronq
true value and experimental value. Did they not give you these?
what's in the picture is what we got
do you want the full question?
really? maybe they want you to assume that the body temp is 37 Celsius
but yeah, post the question
it said body temp was 38.9 C
was that supposed to be the measured temperature?
The medicinal thermometer commonly used in the homes can be read (+or-) 0.1F, whereas those in the doctor's office may be accurate to (+or-) 0.1C, express the percent error expected from each of these thermometers in measuring a person's body temperature of 38.9C.
ohh okay. So the true value is 38.9 C and the largest possible error is \(\pm0.1~^oC\) So \(\sf percent~error =\dfrac{|true-experimental|}{true}*100\%\) note that the absolute value bars and how it wont matter if you add or subtract 0.1 C from the value. For celsius it's: \(\sf percent~error =\dfrac{|38.9^oC-39~^oC|}{38.9^oC}*100\%\)
Do the same for fahrenheit
what would the exp. be for F? 102.02 is true. so would exp. be 102.01?
102.02 F +0.1 F = 102.12 F
or 101.92
i'm getting .0980% (sorry it took so long, i got a phone call) @aaronq
yep, that seems good, i would round to 0.1 % though
Ok thank you!
no problem!
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