Acetylene gas (c2h2) reacts with oxygen gas (o)
to produce carbon dioxide (co) and water vapor
(h20). how many liters of c2h2 are required to
produce 75.0 l of co2?
what volume of h20 is produced?
what volume of oz is required?
when making the calculations, did you need to
find the number of moles?

Random error causes a slight difference of one measurement to from the next. It is quite unpredictable in it's variation during an experiment.

Systematic error always affects measurements by the same proportion, provided that a reading is taken the same way each time. It is predictable

Analytical errors are considered as either systematic or random. Different quality control rules in different regions comes in handy in detecting and regulating different analytical errors.

Explanation:

Here are some examples :

Systematic Error includes errors within the bounds of intrinsic method bias, instrument bias, reagent lot bias, calibration bias, within run bias.

Random Error includes errors that springs up from matrix interference, mechanical variation, electrical interference, photometer/detector variation, specimen problems (fibrin clots).

Acceptable errors may also exist and thus exist as implied by its name.

Leadership is key as it is an umpire to deciding and minimising these errors when it characterises them. It should circumspect key aspects like trust, setting an example, developing staff and critically setting the vision for the organisation.

Organisations may also have internal characteristics such as the degree of formalisation, centralisation, and complexity.

Medical organisations can have internal tensions because of the dichotomy between the bureaucratic and the shadow medical structures, errors should be minimal in all these.