Identifying the sources of misconceptions is difficult at best.
The concept change, which is necessary to overcome misconceptions, is difficult for students because it requires a change from the ontological categories matter or things to processes and mental states (Chi et al. 1994).
Imprecise terminology leads to misconceptions that are difficult to purge.
It may be that, for this challenging topic, misconceptions are most difficult prior to instruction, but they are nonetheless easier to dispel then key concepts are to acquire.
A significant body of empirical research suggests that misconceptions are common, difficult to change, and manifest in predictable ways (D'Avanzo 2003; Donnelly et al. 2007; Sinatra et al. 2008).
Misconceptions such as this are difficult to assess with forced-response questions because they include absolute words such as only or always that test-wise students associate with false statements (Libarkin, 2008).
These may be in the form of misconceptions, biases, or simply concepts that are difficult to learn and teach, and they occur at all levels of biological analysis (molecular, cellular, organismal, population, and ecosystem).
First, a misconception: The PSR is a much more reliable measure than the price-to-earnings ratio because sales are difficult to fake.
Some misconceptions of evolution may be difficult to detect and may not be exposed unless individuals are faced with situations that require them to apply their understanding (Chinn and Brewer 1998, Sinatra et al. 2003, Vosniadou 2003).
"Their misconceptions are amazing.
