PYTHON For example, if you measure the mass of the electron to be me se , and the known value is mke you should compare the mke me to the uncertainty se If the difference is smaller than your uncertainty you can reasonably state that the measurement agrees with the known value Write a function that takes your measurement with uncertainty, and the known value of a parameter, and returns True if they agree, and False if they dont Test your function on the following values, printing the result of each call to your function Measurement Uncertainty Known Value 19 2 0 1 19 41 19 5 0 8 19 41 19 5 0 1 19 41 One common question when you make a new measurement of a known value is whether your measurement agrees with the known value If we assume the known value has no uncertainty (or much smaller uncertainty) the question can be answered by comparing the difference between your measurement and the known value, relative the the uncertainty in your measurement For example, if you measure the mass of the electron to be me Se, and the known value is mke you should compare the mke mel to the uncertainty se If the difference is smaller than your uncertainty you can reasonably state that the measurement agrees with the known value Write a function that takes your measurement with uncertainty, and the known value of a parameter, and returns True if they agree, and False if they don't Test your function on the following values, printing the result of each call to your function Measurement Uncertainty Known Value 19 2 0 1 19 41 19 5 0 8 19 41 19 5 0 1 19 41

Question

PYTHON  For example, if you measure the mass of the electron to be me se , and the known value is mke you should compare the   mke me   to the uncertainty se   If the difference is smaller than your uncertainty you can reasonably state that the measurement agrees with the known value  Write a function that takes your measurement with uncertainty, and the known value of a parameter, and returns True if they agree, and False if they dont  Test your function on the following values, printing the result of each call to your function  Measurement Uncertainty Known Value 19 2 0 1 19 41 19 5 0 8 19 41 19 5 0 1 19 41 One common question when you make a new measurement of a known value is whether your measurement  agrees with the known value  If we assume the known value has no uncertainty (or much smaller uncertainty) the question can be answered by comparing the difference between your measurement and the known value, relative the the uncertainty in your measurement  For example, if you measure the mass of the electron to be me   Se, and the known value is mke you should compare the  mke mel to the uncertainty se  If the difference is smaller than your uncertainty you can reasonably state that the measurement agrees with the known value  Write a function that takes your measurement with uncertainty, and the known value of a parameter, and returns True if they agree, and False if they don't  Test your function on the following values, printing the result of each call to your function  Measurement Uncertainty Known Value 19 2 0 1 19 41 19 5 0 8 19 41 19 5 0 1 19 41

Accepted Answer

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Measurement	Uncertainty	Known Value
19.2	0.1	19.41
19.5	0.8	19.41
19.5	0.1	19.41

Question

PYTHON: For example, if you measure the mass of the electron to be me se , and the known value is mke you should compare

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