Take a weigh-sample mass Mkg, We take three different weighing scale for measuring Weight, A)Balance scale(with an Refrence weight* mass M1 kg) B)spring scale C)Electronic weighing scale Now We start to measure the weight of Weigh-sample & get the readings as- In earth gravity, 1)First scale-reading by Balance scale (using Refrence weight* with mass M1 kg) -N1 newton 2)Second scale-reading by Spring scale-N2 newton 3)Third scale-reading by Electronic weighing scale-N3 newton Now we weigh in other gravity-atmosthere to measure the weight, Suppose, we are at ISS, we revise the same process of measurement at, After measuring process we get scale-readings of weight as- At ISS, A-1)First scale-reading By balance scale(we use the same Refrence weight*)- n1 newton B-2)Second scale-reading by Spring scale- n2 newton C-2)Third scale-reading by Electronic weighing scale- n3 newton,
*In this both process(different gravity), same mass of Reference weight and weigh sample is used in both gravity-atmoshphere during the measurement process,
It is consdered that this Process is done in vacuum,
Friction in the components of the weighing scale does not change in the both gravity atmosphere
Temperature is same in both gavity-atmosphere
It is considered that we do this measurement process in such conditions where no error persist in weighing scale parts and its readings,
only gravity change cause errors in weighing scale parts and its readings is permissible After this process- Q1)The scale-readings that are as same as on earth & at ISS(both gravity-atmosphere) ? Q2)The scale-readings that are very different in both gravity atmoshphere? Q3)In this process, working principle of weighing scale instrument affect the scale-readings? Q4)Give your own conclusion & views of these different types of weighing?
Submitted March 28, 2019 at 08:46AM by Udaypr1331 https://ift.tt/2U47CGA
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