If you have vinegar with less acidity than 5 percent, then yes. For instance, if you somehow had 0 percent vinegar, mixing the two half-and-half would give you 5 percent. If you have 2.5 percent, mixing 1 part 2.5 percent with 2 parts 10 percent will give you 5 percent.
You would reduce it by 44.75 to give a new total of 134.25
You would reduce it by 32.85 to give a new total of 186.15
you would deduct 105 to give you 245
In fractional form, it is 12/25. You would divide the numerator by the denominator, which would then give you 0.48. To get the percent, you would then multiply 0.48 by 100. Therefore, 48% of 25 is 12.
A properly calibrated instrument should give the same reading each time it makes the same measurement under the same conditions. This ensures accuracy and reliability in obtaining consistent data.
A book
A 100 V voltmeter has full-scale accuracy of 5%. At its reading of 50 V it will give an error of
A thermocouple is an instrument that measures temperature continuously. It consists of two different metals joined together, producing a voltage that changes with temperature. The voltage is then measured by a device to give a temperature reading.
The total would be 1.002 times the basic cost.
NO it will not.
5 percent of 22 is 4.4, so "5 percent off" would give a net of 17.6
You would reduce it by 25.423 - to give you the answer 228.807
If you have vinegar with less acidity than 5 percent, then yes. For instance, if you somehow had 0 percent vinegar, mixing the two half-and-half would give you 5 percent. If you have 2.5 percent, mixing 1 part 2.5 percent with 2 parts 10 percent will give you 5 percent.
28 x 70% = 19.6 which means you need 20/28 which will give you 71 percent 19/28 would give you 68 percent
You would move the decimal point two places to the right. That would give you 30%.
The insulin would regulate the blood glucose level and this will give the correct reading.