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He displays a physical response because his head moves
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The mean amount of converted sugar is produced when the coded temperature is 1.75. is 8.87503.
<h3>What is the mean value?</h3>
When you upload up all of the values and divide with the aid of using the variety of values it's miles referred to as Arithmetic Mean. To calculate, simply upload up all of the given numbers then divide with the aid of using what number of numbers are given.
- imply quantity of sugar while the temp. is 1.75
- y=6.5071+1.3929(1.7)y
- =6.5071+1.3929(1.75)
- =8.87503=8.8750.
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From the options given, the only option which would result on having a reduced error margin, is to increase the sample size.
<u>Recall</u><u> </u><u>:</u><u> </u>
<em>Margin of Error</em> = Zcritical × σ/√n
- Increasing the mean would have no impact on the margin of error as it is not a part of the factors which affects the margin of error value.
- Increasing the standard deviation, which is the Numerator will result in an increased margin of error value.
- By raising the confidence level, the critical value of Z will increase, hence widening the margin of error.
- The sample size, n being the denominator, would reduce the value of error margin.
Hence, only the sample size will cause a decrease in the margin of error of the interval.
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