The experimental protocol describes and determines materials, equipment, and procedures.
Its just called the materials there is no scientific name for it.
There are two main ways to describe this step: "testing a hypothesis" or "collecting data".
experimental protocol
Procedure
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Elasticity
Depending upon the material, it is generally either smooth and silky, or rough and abrasive.
the moment of inertia of a material bar by the bifilar suspension method
You may be thinking of the term permeability, which is used when measuring a porous material's ability to allow fluids to pass through it.Hydraulic conductivity describes the ease with which water will flow through pores and fractures, and is influenced by the permeability of the material.
He proved that atoms are not full of a positive material but mainly open space.
The experimental protocol describes and determines materials, equipment, and procedures.
The experimental protocol describes and determines materials, equipment, and procedures.
The experimental protocol describes and determines materials, equipment, and procedures.
The experimental protocol describes and determines materials, equipment, and procedures.
An equipment is any laboratory experiment material which mechanically uses current like a pH meter,electric weighing machine etc while apparatus is any other laboratory experiment material which doesn't mechanically use current like thermometers ,burette ,pipette,
metal
from contaminated equipment or the hands of health care workers. Some of these procedures are respiratory intubation, suctioning of material from the throat and mouth, and mechanical ventilation.
A control experiment provides a benchmark against which to compare the results of the main experiment. For example, to know if heating a material changes its resistance, you must be able to compare the results of the heated experiment to a copy in which the material was left unheated.
the process that describes downward sliding of the rock material is Slump
1. Understand the techniques to be used 2. Follow the procedures outlined in the instructions exactly (Equipment, reagents, measurement systems, records required, etc.) 3. Conduct the experiment and gather the appropriate data in a neat and concise fashion. Note observations that may indicate variance from the anticipated progress of the experiment. 4. Use raw data to calculate derivative data using proper equations, factors and units. Put this calcultated data into graphs or charts as required. 5. Write a report in the approved format with proper spelling and grammar that confirms the procedures used, lists the findings (observations, raw data and the generated data) and identifies the conclusions
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By experiment.