Physics laboratory: solving units with two different sets of instruments
Physics laboratory: solving units with two different sets of instruments.
Context: The following physics laboratory bases on recording and analyzing data. The principal concern this exercise has, is to measure a microscope slide with distinct varieties of instruments, and from it organize, process, and operate the data in a respective manner (in order for the end, to solve the volume and mass and thus have the desired density). A micrometer (measures to a preciseness of + 0,001cm), a vernier (measures to a preciseness of + 0,01 cm), a common ruler (measures to a preciseness of + 0,1 cm) are the instruments implemented on this work, to demonstrate how small, slight changes of number s, at the end gives up a better or worse answer. E.g. When referring to engineering, a microscopic gap can make the difference between a safe plane flying for many years, and a plane that crashes at a young age. Manipulating so many pieces of data may become confusing, thus a procedure (method) has to take place.
Context: The following physics laboratory bases on recording and analyzing data. The principal concern this exercise has, is to measure a microscope slide with distinct varieties of instruments, and from it organize, process, and operate the data in a respective manner (in order for the end, to solve the volume and mass and thus have the desired density). A micrometer (measures to a preciseness of + 0,001cm), a vernier (measures to a preciseness of + 0,01 cm), a common ruler (measures to a preciseness of + 0,1 cm) are the instruments implemented on this work, to demonstrate how small, slight changes of number s, at the end gives up a better or worse answer. E.g. When referring to engineering, a microscopic gap can make the difference between a safe plane flying for many years, and a plane that crashes at a young age. Manipulating so many pieces of data may become confusing, thus a procedure (method) has to take place.