refers to the actual quantity of assigned homework,
while the subjective homework amount refers to the
students' perceived homework burden, which is
affected by factors such as individual learning ability,
learning efficiency, and interest in homework.
Learning effectiveness refers to a series of observable
and measurable results achieved by students through
activities such as knowledge acquisition, skill
cultivation, and thinking development in the learning
process (such as academic performance, knowledge
mastery, thinking ability, autonomous learning ability).
These results not only reflect the current learning state
but also concern future development potential.
3 THE SITUATION OF HIGH
SCHOOL HOMEWORK
AMOUNT IN CHINA
Xie (2008) research shows that due to the pressure of
college entrance examination, Chinese high school
students generally face a large amount of homework
and need to spend a lot of time on it. 78.53% of the
students spend 3-4 hours completing extracurricular
homework every day. In addition, the types of
homework are relatively monotonous. As many as
66.34% of the students think that written homework
accounts for 80 - 90% of all the homework assigned
by teachers, and there is fewer practical homework.
Chen et al. (2014) selected three high schools in
Ningbo City by convenience sampling method, and
then randomly selected 103 subjects from each grade
of senior one, senior two, and senior three in each
school. They collected data by questionnaire survey.
The survey found that most high school students
spend more than 1 hour on homework, and even
10.7% of high school students spend 4 hours on
writing homework every day. 67% of high school
students felt that they could complete the homework
every day, but they needed to work hard. Only 5.8%
of high school students could easily complete the
daily homework. Chang & Guo (2011) selected 70
high school freshmen from a high school in Yongfeng
County, Jiangxi Province, and conducted a
questionnaire survey on the issue of homework
amount. The survey results showed that 78.6% of
high school students thought that the homework
amount was too much or relatively large, 21.4% of
high school students thought that the homework
amount was moderate, and no high school student
thought that the homework amount was small.
Compared with the homework amount in the
compulsory education stage, as many as 90% of high
school students thought that the high school
homework amount had increased a lot, only 10% of
high school students thought that the homework
amount had not increased much, and no high school
student thought that the high school homework
amount had decreased compared with that in junior
high school and primary school. Hou (2020) research
investigated the freshmen in a key high school
science competition experimental class during the
first year of high school. The results showed that the
students had to spend at least 4 hours and 30 minutes
completing the homework from Monday to Friday,
and at least 4 hours and 50 minutes on weekends.
Most students needed 6 hours to complete all the
homework.
In the research on subjective homework amount,
Xie (2008) found that most students thought that
compared with liberal arts homework, mathematics,
physics, and chemistry homework were more
difficult, took more time to complete, and were more
difficult to finish. Among 673 high school students in
Shenzhen, 78.75% of the students thought that
mathematics was difficult, followed by chemistry
(65%) and physics (30%), while the proportions of
students who thought that politics, Chinese, history,
and geography homework were difficult were only
11.25%, 10%, 6.25%, and 2.5% respectively.
Through interviews with high school students, it was
found that the reason why high school students
generally thought that mathematics, physics, and
chemistry homework were difficult was that these
subjects combined many knowledge points, the
knowledge system was relatively complex, and they
needed to recall them one by one. Solving a problem
often required careful consideration. In addition,
mathematics, physics, and chemistry homework
required a lot of calculations, and the question types
were relatively flexible.
Through a series of related studies, a common
phenomenon can be found. That is, regardless of the
grade, students generally report that they need to deal
with a large number of written homework with high
difficulty when facing academic tasks. These
homework tasks largely occupy students' a lot of
after-school time and bring them considerable
learning pressure. When further focusing on the
homework amount of students in key classes for in-
depth exploration, the research results show that the
situation is worse. It can be inferred that compared
with ordinary class students; key class students may
indeed bear heavier homework tasks. The main
reason behind this may be that the teaching mode of
key classes is often guided by higher academic
standards.