norms was observed among 38% of participants with
high tolerance level and among 14% of participants
with low tolerance level.
III. Level 3 – average level with mildly reduced
cognitive motivation was observed among 33% of
participants with high tolerance level, and among
50% of participants with low tolerance level.
IV. Level 4 – reduced motivation, experiencing
“scholastic tedium”, negative emotional attitude to
learning was observed among 17% of participants
with high tolerance level and among 22% of
participants with low tolerance level.
V. Level 5 – animus toward learning was observed
among 8% of participants with high tolerance level
and among 11% of participants with low tolerance
level.
Despite the fact that the majority of participants with
high tolerance level had a productive motivational
level to learning than among participants with low
tolerance level, the secondary data processing
analysis did not show a significant difference (U =
312.5; p > 0.05). The analysis to identify the link
between psychological state and tolerance level using
Spearman's ranks correlation coefficient (r
S
) revealed
significant positive correlation dependence between
tolerance level and cognitive activity. The higher the
tolerance level, the more cognitive activity (r
S
=
0.302; p < 0.05).
There is also a significant negative correlation
dependence between tolerance level and anger. The
higher the tolerance level, the less anger (r
S
= -0.304;
p < 0.05). Negative correlation dependence also exists
between tolerance level and anxiety, but this
dependence is not significant. The higher the
tolerance level, the less anxiety (r
S
= -0.215; p > 0.05).
Generally, the level of motivation to learning has a
positive correlation dependence with the tolerance
level. The higher the tolerance, the higher the level of
motivation to learning among participants of the
survey (r
S
= 0.348; p < 0.01). A test to identify the
acquisition quality of foreign language learned was
also conducted among participants of the survey. This
test was conducted using an authorial questionnaire
that was developed based on foreign language
learning training curriculum.
The results of assessing the acquisition quality of
foreign language learned show that in general, 38%
of participants have a high level of acquisition, 30%
have a good level of acquisition, and 32% have a low
level. Further participants were split into two groups
depending on tolerance level. The results are shown
in the table below (Table 2).
Table 2: School performance in learning foreign language depending on pupils’ tolerance level.
Foreign language acquisition
level
High
tolerance level
Low
tolerance level
High level of acquisition
50% 31%
Medium level of acquisition
29% 31%
Low level of acquisition
21% 39%
As shown in the table, the majority (50%) of
participants with high tolerance level had a high level
of foreign language acquisition, 29% had a medium
level, and 21% had a low level. While the majority
(39%) of participants with low tolerance level
demonstrated a low level of acquisition, 31% had a
high or medium level of foreign language acquisition.
Despite the fact that the majority of participants with
high tolerance level had a higher level of foreign
language acquisition than participants with low
tolerance level, secondary data processing analysis
did not reveal a significant difference between them
(U = 326.5; p > 0.05).
The analysis to identify the link between tolerance
level and acquisition of foreign language level using
Spearman's ranks correlation coefficient (rS)
identified a significant positive correlation
dependence. The higher the tolerance level, the higher
the foreign language acquisition level (rS = 0.255; p
< 0.05). Nevertheless, the variance between pupils
with high and low tolerance levels is not significant.
The correlation analysis shows a high level of
correlation dependence. The higher the tolerance
level, the lower the anger and anxiety levels and the
higher the cognitive activity level, foreign language
learning motivation, and acquisition.