Showing posts with label Decimal place. Show all posts
Showing posts with label Decimal place. Show all posts

Wednesday, 13 July 2022

Output Variety Precision of Digits Rounding in SPSS and MS Excel | Chapter 6 | Novel Research Aspects in Mathematical and Computer Science Vol. 5

Different specialised programmes that can carry out statistical procedures rapidly and accurately are used. There are several functions that may be calculated in SAS, STAT, and the analytical programme SPSS. These calculations may be made using a Microsoft Excel software. Some programmes may operate at a higher level than others inside the functions they are computing. These functions include sum, average, maximum, and minimum, for instance. The precision of the round function, one of these functions, may also be measured by this research. I employed ten-digit numbers in this investigation and the following three criteria: less than, equal to, and more than 5. The SPSS only allows decimals for numerical variables. Depending on whether the target decimal place is less, equal, or more than 5, different rounding techniques are used. Ten digits were rounded using the capabilities in SPSS and MS Excel. The output results are the same with the exception that Microsoft Excel trims out the last few zeros of the digit after the decimal point. Whenever the decimal place supplied in the digit is desired, it will truncate after the decimal point. SPSS is more accurate than MS Excel in terms of the decimal place in the digit number needed for statistical and analytical purposes.


Author (s) Details:

Zaher Saif Mohammed Al-Hashami,
CS Instructor, Muscat, Sultanate of Oman.

Please see the link here:
https://stm.bookpi.org/NRAMCS-V5/article/view/7483

Saturday, 14 August 2021

Determination of Range of Outputs Precise of Digits Rounding in SPSS and MS Excel | Chapter 9 | Current Topics on Mathematics and Computer Science Vol. 6

This study's concept is to calculate rounding and truncate in SPSS and round function in MS Excel for 10 random digits numbers, then compare the results in the two programmes using the same digits numbers. In four decimal places, compare the rounding outputs of both programmes. Statistical operations are performed by various specialist programmes, which can do these processes quickly and accurately. In SAS, STAT, and the analytical application SPSS, there are various functions that can be calculated. There is a Microsoft Excel software that can perform these calculations. Within the functions they are calculating, the level of some programmes may differ from that of others. Sum, Average, Maximum, and Minimum are examples of these functions. This research can also measure the accuracy of the round function, which is one of these functions. In this study, I used ten-digit integers and three criteria: less than, equal to, and more than 5. Rounding procedures are performed based on whether the desired decimal place is less, equal, or greater than 5. Using the SPSS and MS Excel tools, ten digits were rounded. Except that Microsoft Excel truncates the remaining zeroes of the digit after the decimal point, the output findings are identical. It will truncate after the decimal point whenever the decimal place provided in the digit is wanted. Based on the decimal place in the digit number desired statistically and analytically, SPSS is more precise than MS Excel.

Author (S) Details

Zaher Saif Mohammed Al-Hashami
CS Instructor -Muscat, Sultanate, Oman.

View Book :- https://stm.bookpi.org/CTMCS-V6/article/view/2589