Introduction
Academic achievement represents the understanding of the student about different concepts and skills developed in different subjects. In most of the countries, parents usually desire that their children show high level of academic achievement which sets a lot of burden on children, teachers, schools and in general the whole education system. Thus the whole education system revolves round the academic achievement of students so, the schools set a lot of time for helping students to achieve high grades. Academic achievement may be influenced by different factors like intelligence, study habits, and attitudes of students, socio economic status, motivation, opportunities, and different characteristics of their personality. Academic achievement is considered as a core standard to measure students’ total potential and capabilities of learning. Hence academic achievement occupies a very vital place in our education as well as in the learning process.
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Achievement is the major outcome of education, the level to which a student, teacher has accomplished their educational goals. According to Crow and Crow (1964) academic achievement is reflected by the extent to which a skill or knowledge has been acquired by a person from the training imparted to him. Previous studies in science education revealed that students at all levels struggle to learn chemistry, but most of them remain unsuccessful (Herron, 1975; Nakhleh, 1992; Sawrey, 1990). Knowledge of the factors that influence academic success has important implications for learning and education. Academic success is strongly influenced by individual differences in personality and attitude.
Personality and Academic Achievement:
Personality is the basic area of study for psychologists. Hall and Lindzey (1991) state that personality may be defined in terms of characteristics or abilities, that are highly representative of an individual and is an important part of the overall impression created on others. According to Pervin, and John (2005) Personality comprises of unique set of characteristics that define an individual feelings, way of thinking, and behavior. Personality is a person set of relatively stable characteristics that account patterns of behavior, in various situations each individual in some ways is different and in some ways is unique. There is much concern about the science achievement of the students in high schools recently. Accordingly a strong emphasis is currently placed on improving the quality of science education (Morrel & Lederman, 1998).
A widely used personality model, McCrae and Costa’s NEO Five Factor Model, or “Big Five Model” (1990), comprises of Extraversion, Neuroticism, Conscientiousness, Openness to Experience and Agreeableness.
Recent studies show that Big Five traits measurement is powerful enough to explain a moderate percentage of the variance in academic achievement (Blickle, 1996; Rolfhus & Ackerman, 1999). The relationship between Extraversion and academic achievement shows that Extravert students perform better in primary schools where as introverts perform well in secondary schools and university (Eysenck & Cookson, 1969). Introverts are benefited in written exams, while extraverts have an advantage in oral exams (Chamorro- Premuzic & Furnham, 2003a; Furnham & Medhurst, 1995).
Table 2.1: Characteristics of Big Five Personality Traits
Big five traits
Characteristics
Sample Items
Extraversion
Impulsive, Ambitious, Social,
Caring, optimistic, Confident
I learn more through cooperating and discussing with my classmates.
Agreeableness
Friendly, helping, trusting,
Kind, Cooperative
Kindhearted, Supportive.
I realize that helping my classmates in chemistry benefits me.
Conscientiousness
Hardworking, Motivated,
well organized, dutiful,
achievement-oriented
I strive to achieve excellence in everything I do.
Neuroticism
Nervous, Sensitive,
disturbed, confuse, distract
I cannot understand the imaginary concept of Chemistry.
Openness to Experience
Open-minded, Inventive,
Curious, Imaginative, Innovative
I am always willing to accept the new experiences of Chemistry.
Neuroticism is the condition of fear, nervousness in stressful conditions i.e., exams (Hembree, 1988; Siepp, 1991). Neuroticism leads to poor self-concept (Wells & Matthews, 1994) and low self-estimated intelligence (Furnham, Chamorro-Premuzic, and Moutafi, under review). Chamorro-Premuzie and Furnham (2003) found that Neuroticism may impair academic achievement or has no significant associations with academic achievement (Puklek Levpu[scaron] [caron] ek & Zupan[caron] i[caron] 2009a).Openness to experience is significant predictor of academic achievement(Bratko et al., 2006; Laidra et al., 2007). Openness to experience and agreeableness are positively related to academic achievement (Lounsbury et al., 2003; Farsides & Woodfield, 2003). Researchers have shown significant associations between Conscientiousness and academic achievement in school (Noftle & Robins, 2007) because careful, organized, hardworking, and achievement-oriented students may expect to succeed in academic settings.
Attitude and Academic Achievement
Osborne et al. (2003) state that attitudes are the feelings, beliefs, and values held about an object, in terms of chemistry may be enthusiasm about chemistry, perceptions of chemistry, and the contribution of chemistry to society or scientists. Thus attitude play a vital role in fostering long-lasting learning and to determine students’ academic achievement. Affective characteristics are considered as an important domain of attitude so in this study we select seven affective characteristics that are motivation, interest, confidence, enjoyment, importance, anxiety and achievement motivation.
Table.2.2: Characteristics of Affective Domain of Attitude
Scale
Description
Sample Item
Enjoyment
Fascinating, Exciting, Fun, Interesting, Attractive, Captivating
Chemistry lessons are interesting and fun to study.
Anxiety
Worry, Nervous, Fear, Confuse, Uncomfortable
Chemistry usually makes me feel uncomfortable, nervous and confused.
Importance
Useful, beneficial, Advantageous, Helpful, Aware
Chemistry is useful if the topics are connected with our daily life.
Interest
Aware, Curious, Like,
I am interested to know about the new researches in chemistry.
Motivation
Inspiration, Reinforcement, Stimulation, Encouragement
When I fail in Chemistry course, it encourages me to try much harder to do well in Chemistry.
Confidence
Success, Sureness, Sef-reliance
I am sure I can learn and can do advance work in Chemistry
Achievement Motivation
Extent to which students are motivated to achieve their goals.
I get good grades in Chemistry than any other subject.
An examination of literature on attitude and chemistry achievement reveals conflicting results (Shibley et al., 2003; Turner and Lindsay, 2003). While some claim a low correlation between attitude and achievement, others claim the two are strongly positively correlated. Wei-nburgh’s (1995) meta-analysis of the research suggests that there is only a moderate relation between attitude and achievement.
Previous researches show the effect of affective characteristics of attitude on academic achievement. Skaalvik and Rankin (1995), Egitimidergisi, (2007) found that motivation is correlated with academic achievement. Academic achievement is most likely to occur when learning is self-directed and students are motivated (Ryan, Connell, & Deci, 1985). Furthermore, researchers have found that motivation leads to engagement in academic tasks, which is related to achievement (DeCharms, 1984; Dweck, 1986). Interest is an individual predisposition and a psychological state of mind, which is important for cognitive engagement, learning, and achievement (Ainley, Hidi, & Berndorff, 2002; Pintrich & Schunk, 2002). Krapp approach interest in two different point of views, Personal and situational interest. Personal interest is topic-specific, persists over time (Schiefele 1991). However, situational interest is aroused as a function of the interestingness of the event or object and it is also changeable and partially under the control of teachers (Schraw, Flowerday, & Lehman 2001). Interest is related to students’ devotion, goals, and depth of learning (Hidi & Renninger, 2006). Interests increase when students feel competent, so even if students are not initially interested in a subject or activity, they may develop interests as they experience success. (Stipek, 2002). Whitfield (1979) reported chemistry and physics as the least enjoyable subject. Analysis indicates that there is significant mean difference between Grade 9 and Grade 10 students’ attitudes toward chemistry as a school subject on “enjoyment” and “importance” dimensions (Can & Boz, 2012). Achievement motivation is correlated with academic achievement (Camara, 1986). Individuals’ academic achievement depends not only on their motivation to achieve but also on whether they expect to achieve and whether they fear failure. Students’ work hard when they perceive a reasonable chance to succeed than when they perceive a goal to be out of reach (Atkinson, 1964).
Demographics (Gender, School Sector, Parents Qualification, Choice of Course) and Academic Achievement:
Previous studies demonstrate that achievement in science is gender dependent. Male and female students’ achievement in science is significantly correlated (Schibeci and Riley 1986, Weinburgh 1995). Previous research revealed that boys outperform girls in science in most countries (Pinchas 1988, Wang & Staver 1995). Gender differences in science achievement test scores have not typically been large when compared. However, recent studies on gender differences in science achievement reported a change in pattern, thus reporting either no gender differences (Ventura 1992, Calsambis 1995) or girls outperforming boys in science (Young and Fraser 1990, Soyibo 1999). Fraser-Abder (1990) investigated the effects of gender, school-type (single-sex or coeducational schools, private denominational or government schools), parental occupation, and socioeconomic status on science achievement in Trinidad. Fraser-Abder found that girls scored significantly higher than boys on the science test. Zappala (2002) argue that the type of school a child attends influences academic achievement. Schools according to Sentamu (2003) are social institutions in which groups of individuals are brought together to share educational experiences and such interactions may breed positive or negative influences on learners. Parents’ education is positively related to students’ academic achievement. This is supported by Dills (2006) and Owens (1999). Considine and Zappala (2002) Kwesiga (2002) reveal that School sector (public or private) is linked to academic performance of students.
Parents who scaffold learning experiences and provide support to their children when needed early in children’s lives may prepare their children for school entry and provide basis for them to benefit from educational activities (Pianta & Egeland, 1994; Pianta et al., 1990; Pianta et al., 1997). Parents own behavior as well as joint family activities have been shown to influence children’s academic motivation and behavior ( Chen, Lee & Stevenson, 1996; De Garmo, Forgatch & Martinez, 1999; Grolnick & Slowiaczek, 1994; Heiss, 1996). Authoritative parenting, has positive effects on how students approach the demands they face in school (Bradley et al., 2000; Gutman & Eccles, 1999).
Interest and attitude of learners towards the subject plays a decisive role for the success of the learner. Students choose course by their interest are believed to be highly motivated to learn than students placed in a department without their interest. High motivation is a factor which can lead students to a better achievement. Studies done by different authors disclosed that motivated students perform better academically than unmotivated ones (Bank and Finlapson, 1980; Broussard and Garrison, 2004; Sandra, 2002).
Significance of the Study
Attitude towards Chemistry and personality traits vary over time and effect academic achievement of students in different ways. Previous studies show that attitudes and personality towards Chemistry achievement are cultural dependent. Culture varies between and within countries. Therefore, it is reasonable to assume large number of variations in students achievement in chemistry reported from different parts of the world. Gender role varies in different cultures; it is therefore likely that chemistry achievement is gender dependent. Chemistry achievement is one of the major interests of educators. Although being not very frequent affective characteristics are studied together with personality and achievement in chemistry education. However studies based on Affective Characteristics and Achievement or on Personality and Achievement is found separately but combine study of all these three factors is not found in chemistry education. Prior research has established that both personality traits and attitude are associated with academic achievement. However, not much is known about the joint influence of personality traits and attitude on learners’ Chemistry academic achievement. In the current study, researcher sought to fill in this gap in the literature by directly examining the relationship between personality, attitude and academic achievement.
Three major research questions were investigated: (1) what is the relationship between secondary school science students ‘Big 5 personality traits and affective characteristics of attitude on their Chemistry academic achievement? (2) How demographic factors (age, gender, family type, school sector, choice of course and educational levels of parents) influence Chemistry academic achievement of secondary school science students. (3) Are the Affective Characteristics of Attitude depends on each other?
Data Analyses
Quantitative analysis was performed with the help of SPSS (Statistical Package for Social Sciences). Mean and one way ANOVA was applied on the data to investigate questionnaire
in terms of personality traits and attitudes toward chemistry.
Effect of Gender and Family Type on Students’ Chemistry Achievement
Figure 1 illustrates a significant effect of Gender and Family Type on students Chemistry Achievement. Figure indicates that Male students have the mean value 3.66 and are high achievers in chemistry as compare to female students having mean value 3.60, while students belongs to “Nuclear Family” have the mean value 3.65 and are high achievers in chemistry as compare to students who belongs to “Joint family” system having mean value 3.62.
Figure 1: Mean values of “Class”, “Gender” and “Family Type” on the basis of secondary school students “Chemistry Achievement”.
Effect of School Sector on Students’ Chemistry Achievement
Figure 2 shows a significant effect of School Sector on students Chemistry Achievement. Figure indicates that the “Private school” show highest mean value 4.14 of “Chemistry Achievement” while the “Government School” show lowest mean value 2.78 of Chemistry Achievement and “Semi-Government School” show moderate mean value 3.98 of Chemistry Achievement.
Figure 2 shows Mean values of “School Sector” on the basis secondary school students “Chemistry Achievement”.
Effect of Father Qualification on students’ Chemistry Achievement
Figure 3 indicates that the students whose “Father qualification” is “Masters” show highest mean value 4.17 of “Chemistry Achievement” and the students whose fathers are ” Uneducated” show lowest mean value 2.34 of Chemistry Achievement as compare to the students whose father qualifications is “Matric”, “Intermediate”, “Graduation” and “Masters”. Figure 3 illustrates a positive significant effect of Father Qualification on secondary school students Chemistry Achievement.
Figure 3 shows Mean values “Father Qualification” based on secondary school students “Chemistry Achievement”.
Effect of Mother Qualification on Students’ Chemistry Achievement
Figure 4 indicates that the students whose mother qualification is “Masters” show highest mean value 4.21 of “Chemistry Achievement” and the students whose mothers are ” Uneducated” show lowest mean value 2.37 of Chemistry Achievement as compare to the students whose mother qualifications are “Matric”, “Intermediate”, “Graduation” and “Masters”. Figure 4 illustrates a positive significant effect of Mother Qualification on secondary school students Chemistry Achievement.
Figure 4 shows Mean values of “Mother Qualification” on the basis of Secondary School students “Chemistry Achievement”.
Effect of Choice of Course on Students’ Chemistry Achievement
Figure 5 illustrates a significant effect of Choice of Course on Students Chemistry Achievement. Figure indicates that the students who choose chemistry for “Better Academic Accomplishment” show highest mean value 3.93 of “Chemistry Achievement” and the students who choose chemistry “Out of Interest” show lowest mean value 3.36 of “Chemistry Achievement”.
Figure 5 shows Mean values of “Choice of Course” based on secondary school students “Chemistry Achievement”.
Sum of Squares
(df )
Mean Square
F-values
(p-values)
Post hoc
(p-values)
51%-60%Vs. 61%-70%
51%-60%Vs. 71%-80%
91%-100%Vs. 50% & below 50%
91%-100% Vs. 51%-60%
91%-100% Vs.61%-70%
91%-100% Vs. 71%-80%
Extraversion
Between group
2.445
(5)
0.489
1.136
(0.340)
Within group
333.101
(774)
0.430
Agreeableness
Between group
5.249
(5)
1.050
2.196
(0.053)
Within group
369.982
(774)
0.478
Conscientiousness
Between group
8.395
5
1.679
4.180
(0.001)
-0.2453
(0.015)
-0.2992
(0.001)
Within group
310.866
(774)
0.402
Neuroticism
Between group
4.343
(5)
0.869
1.485
(0.192)
Within group
452.680
(774)
0.585
Openness to Experience
Between group
10.273
(5)
2.055
3.661
(0.003)
-0.55686
(0.009)
-0.34645
(0.048)
-0.31730
(0.042)
-0.38241
(0.005)
Within group
434.327
(774)
0.561
-0.15460
(0.017)
Personality
Between group
2.616
(5)
0.523
3.044
(0.010)
Within group
133.024
(774)
0.172
Table 3: One way ANOVA and Tukey post hoc for multiple comparisons of “Chemistry Achievement” on secondary school students’ “Personality trait”
Effect of Personality Traits on Students’ Chemistry Achievement
Table 3 indicates that there is no significant effect of secondary school student’s Personality trait “Extraversion”, “Agreeableness”, “Neuroticism” on “Chemistry Achievement”.
Table 3 also reveals that there is significant effect of secondary school student’s Personality trait “Conscientiousness” on “Chemistry Achievement”. From the Tukey Post Hoc Test of Multiple Comparisons reveals that the students who got marks 61%-70% and 71%-80% show more “Conscientiousness” that the students who got 51%-60% marks.
Table 3 also specifies that there is significant effect of secondary school student’s Personality trait “Openness to Experience” on “Chemistry Achievement”.Tukey Post Hoc Test of Multiple Comparisons reveals that the students who got marks 50% & below 50%, 51%-60%, 61%-70% and 71%-80% show more “Openness to Experience” than the students who got 91%-100% marks.
Table 3 also illustrates that there is significant effect of secondary school student’s “Personality” on “Chemistry Achievement”.Tukey Post Hoc Test of Multiple Comparisons reveals that the students who got marks 71%-80% show more “Personality” than the students who got marks 51%-60%.
Sum of Squares
(df )
Mean Square
F-values
(p-values)
Post hoc
(p-values)
81%-90% Vs.51%-60%
81%-90%Vs. 61%-70%
91%-100%Vs. 50% & below 50%
91%-100% Vs.61%-70%
91%-100% Vs. 71%-80%
Interest
Between group
3.199
(5)
0.640
0.857 (0.510)
Within group
577.815 (774)
0.747
Motivation
Between group
12.250 (5)
2.450
3.923 (0.002)
-0.61783
(0.005)
-0.33498
(0.042)
-0.36734
(0.015)
Within group
483.388 (774)
0.625
Enjoyment
Between group
5.923
(5)
1.185
1.197 (0.309)
–
Within group
766.010 (774)
0.990
Confidence
Between group
4.141 (5)
0.828
1.790 (0.112)
Within group
358.069 (774)
0.463
Importance
Between group
2.379 (5)
0.476
0.832 (0.527)
–
)
Within group
442.382 (774)
0.572
Anxiety
Between group
5.907 (5)
1.181
1.419
(0.215)
Within group
644.330 (774)
0.832
Achievement Motivation
Between group
12.150 (5)
2.430
3.637
(0.003)
0.36081
(0.015)
0.28473
(0.033)
Within group
517.194 (774)
0.668
Attitude
Between group
1.168 (5)
0.234
0.671
(0.646)
Within group
269.496 (774)
0.348
Table 4: One way ANOVA and Tukey post hoc for multiple comparisons of “Chemistry Achievement” on secondary school students’ “Affective Characteristics of Attitude”
Effect of Attitude on Students’ Chemistry Achievement
Table 4 also indicates that there is no significant effect of secondary school student’s “Interest”, “Enjoyment”, “Confidence”, “Importance”, and “Anxiety” of Chemistry lessons.
Table 4 indicates that there is significant effect of secondary school student’s “Motivation” towards Chemistry on “Chemistry Achievement”. Tukey Post Hoc Test of Multiple Comparisons it is evident that the students who got marks 91-100% show more “Motivation” as compare to students who got 50% & below 50%, 61%-70% and 71%-80% marks.
Table 4 illustrates that there is significant effect of secondary school student’s “Achievement Motivation” towards Chemistry on “Chemistry Achievement”.Tukey Post Hoc Test of Multiple Comparisons revealed that there is significant effect of secondary school student’s “Achievement Motivation” on “Chemistry Achievement”. The students who got marks 81%-90% show more “Achievement Motivation” than the students who got 51%-60% and 61%-70% marks. Table indicates that there is no significant effect of secondary school student’s “Attitude” towards Chemistry on “Chemistry Achievement”.
Inter-relationship between different sub-factors of affective attitude
Variable
r- value
Sig.
Enjoyment and Interest
0.765
0.000
Interest and Motivation
0.694
0.000
Interest and Confidence
0.623
0.000
Interest and Importance
0.574
0.574
Interest and Anxiety
0.031
0.389
Interest and Achievement Motivation
0.666
0.000
Motivation and Enjoyment
0.566
0.000
Motivation and Confidence
0.824
0.000
Motivation and Importance
0.476
0.000
Motivation and Anxiety
0.014
0.687
Motivation and Achievement Motivation
0.464
0.000
Confidence and Importance
0.500
0.000
Confidence and Anxiety
0.009
0.793
Confidence and Achievement Motivation
0.445
0.000
Importance and Anxiety
0.008
0.834
Importance and Achievement Motivation
0.407
0.000
Anxiety and Achievement Motivation
0.196
0.000
Table 1 shows that r-ratio (0.765) SO, there is strong positive relationship between secondary school student’s “Interest” in chemistry and student’s “Enjoyment” in learning chemistry lessons. r-ratio (0.694) indicates strong positive relationship between secondary school student’s “Interest” in chemistry and student’s “Motivation” in learning chemistry lessons. r-ratio (0.623) illustrate the strong positive relationship between secondary school student’s “Interest” in chemistry and student’s “Confidence” in learning chemistry lessons. r-ratio (0.574) is not significant at p≤0.05 level of significance and there is no significant relationship between secondary school student’s “Interest” in chemistry and they do not know the “Importance” of chemistry lessons. r-ratio (0.031) is not significant at p≤0.05 level of significance so,there is no significant relationship between secondary school students “Interest” in chemistry and their “Anxiety” about chemistry lessons. r-ratio (0.666) illustrate the strong positive relationship between secondary school student’s “Interest” in chemistry and student’s “Achievement Motivation” about chemistry lessons.
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Table 1 also shows that r-ratio (0.566) shows the moderate positive relationship between secondary school student’s “Motivation” about chemistry and student’s “Enjoyment” of chemistry lessons. r-ratio (0.824) represents strong positive relationship between secondary school student’s “Motivation” about chemistry and student’s and “Confidence” about chemistry lessons. r-ratio (0.476) shows the intermediate positive relationship between secondary school student’s “Motivation” about chemistry and “Importance” of chemistry lessons. r-ratio (0.014) is not significant at p≤0.05 level of significance So, it is evident that there is no significant relationship between secondary school students “Motivation” about chemistry and student’s and “Anxiety” about chemistry lessons. r-ratio (0.464) is significant at p≤0.05 level of significance. So, it is evident that there is moderate positive relationship between secondary school student’s “Motivation” about chemistry and student’s “Achievement Motivation” of chemistry.
Table 1 represents that r-ratio (0.500) indicates the moderate positive relationship between secondary school student’s “Confidence” about chemistry and student’s “Importance” of chemistry. r-ratio (0.009) is not significant at p≤0.05 level of significance so, it is evident that there is no significant relationship between secondary school student’s “Confidence” about Chemistry and student’s “Anxiety” about Chemistry. r-ratio (0.445) illustrate the weak positive relationship between secondary school student’s “Confidence” about chemistry and “Achievement Motivation” of chemistry. r-ratio (0.008) is not significant at p≤0.05 level of significance so, it is evident that there is no significant relationship between secondary school students “Importance” about chemistry and “Anxiety” about chemistry. r-ratio (0.407) represents moderate positive relationship between secondary school student’s “Importance” about chemistry and “Achievement Motivation” of chemistry. r-ratio (0.196) shows the week positive relationship between secondary school students “Anxiety” about chemistry and “Achievement motivation” of chemistry.
Discussion
The present study determines the relation between personality traits, affective characteristics of attitude and chemistry academic achievement. The study also investigate how some student related variables such as Gender, School Sector, Family Type, Mother Qualification, Father Qualification and Choice of Course affect chemistry achievement of secondary school students.
Knowledge of the factors influencing academic achievement enables educators to develop fair academic curricula, those that can compensate for known weaknesses that a student might carry into the classroom, and those that can nurture a student’s strengths. Although ability or intelligence has been a natural choice for the prediction of academic achievement, recent research has shown that personality traits have much to offer. In this study, the students who got 71-80% marks show more personality traits. So we can say that personality traits, specifically the Big Five factors, have been strongly implicated in students’ academic success. These results are consistent with the findings of Oliver and Mooradian (2003) they concluded that academic success is strongly influenced by individual differences in personality and achievement.
Personality is an important factor to explain how people perceive the world; and it encourages people to take challenges to confirm their knowledge; it changes preferences and maintains preferences in light of new information. The present study indicated few variables that are influential in determining the chemistry achievement of secondary school students.
In this study researcher found that extraversion is negatively related with students’ academic achievement these results are consistent with Entwistle (1972), Eysenck and Cookson (1969), Petrides et al., (in press) extraversion has been found to change from positive in primary school to negative in secondary school and university. This change has been attributed to the move from the sociable, less competitive, atmosphere of primary school to the rather formal atmosphere of secondary school, although others have argued that this change is due to the fact that the less able individuals become extraverted and vice-versa (Anthony, 1973). It is however generally accepted that introverts have an advantage over extraverts with respect to the ability to consolidate learning, as well as lower distractibility and better study habits (Entwistle & Entwistle, 1970; Sanchez-Marin et al., 2001). This negative association has been interpreted as suggesting that introverts spend more time studying, whereas extraverts spend more time socializing (Chamorro-Premuzic & Furnham, 2005).
Present study reveals that neuroticism has no significant effect on academic achievement these result can be compared with Laidra et al., (2007), Puklek Levpu[scaron] [caron] ek and Zupan[caron] i[caron] (2009
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