Answer;
Testing the technology in real-world situations
Explanation;
-Human interface technology is a new science which must be understood by all surgeons in order to cope with the ever-increasing complexity of surgical practice. It is the understanding of how humans comprehend, interact, and use the world around them.
-To address the defects of human technology interface, the design process should be literative, allowing for evaluation and correction of identified problems. Literation is the act of repeating a process usually with the aim of approaching a desired goal or target or result.
The examination of a microscopic slice of an object with a petrological microscope in order to determine the source of the material, is known as thin-section analysis.
<h3>
What is thin section analysis?</h3>
The microscopic analysis of the content and structure of sediments is known as micromorphology, often known as thin-section analysis. Concepts of plasmic fabric and morphological traits and structures, which date from the early 1960s, were initially established in soil science.
<h3>
What makes petrography significant?</h3>
An essential tool for the fluid inclusion study is petrography. The fundamental purpose of petrography is to classify the fluid phases, such as monophase, biphase, or multiphase, and to deduce the relative chronology of the entrapment of fluid inclusions to determine whether it is primary, secondary, or pseudosecondary.
Learn more about the microscope with the help of the given link:
brainly.com/question/18661784
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To determine the molar mass of the unknown gas, we use Graham's Law of Effusion where it relates the effusion rates of two gases with their molar masses. It is expressed as r1/r2 = √M2/M1. We calculate as follows:
Let 1 = argon gas 2 = unknown gas
r2 = 0.91r1r1/r2 = 1/0.91
1/0.91 = √M2/M1 = √M2/40M2 = 48.30 g/mol
You subtract and then you divide if that doesn’t work subtract
Been awhile since I done these but i believe it looks like this