1. Able to perform calculations on permutations and combinations.
2. Able to perform calculations on probabilities.
3. Able to perform calculations on exponential and logarithmic functions.
Outline:
Mathematics is a fundamental subject in technical colleges. In Mathematics A, students learn about sets, propositions, the number of cases, probability, exponential and logarithmic functions.
Style:
120 hours of class time
Notice:
1. Establish methods that allow you to concentrate in class and learn efficiently. Preparation and review are essential.
2. Studying for regular examinations is, of course, important, but do not neglect the normal quizzes and submissions.
3. Strictly adhere to submission deadlines for submitted materials such as assignments.
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Theme |
Goals |
1st Semester |
1st Quarter |
1st |
1.1 Sets |
Able to understand sets.
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2nd |
1.1 Sets |
Able to understand complementary set and de Morgan's law.
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3rd |
1.2 Number of Cases |
Able to understand the elements of a set.
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4th |
1.2 Number of Cases |
Able to understand the number of elements in a set.
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5th |
1.2 Number of Cases |
Able to calculate basic permutations.
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6th |
1.2 Number of Cases |
Able to calculate various permutations.
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7th |
1.2 Number of Cases |
Able to calculate basic combinations.
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8th |
1st Semester Midterm Examination |
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2nd Quarter |
9th |
1.2 Number of Cases |
Able to calculate various combinations.
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10th |
1.3 Probability |
Able to understand events and probabilities.
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11th |
1.3 Probability |
Able to understand the basic properties of probability.
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12th |
1.3 Probability |
Able to calculate the probability of independent trials.
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13th |
1.3 Probability |
Able to calculate the probability of various independent trials.
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14th |
1.3 Probability |
Able to calculate the probability of repeated trials.
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15th |
1.3 Probability |
Able to calculate the probability of various repeated trials.
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16th |
1st Semester Final Examination |
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2nd Semester |
3rd Quarter |
1st |
2. Proposition and Condition |
Able to understand propositions and conditions.
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2nd |
2. Proposition and Condition |
Able to understand necessary and sufficient conditions.
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3rd |
2. Proposition and Condition |
Able to understand propositions and proofs.
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4th |
3.1 Exponential Function |
Able to understand the exponential law.
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5th |
3.1 Exponential Function |
Able to calculate radical roots.
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6th |
3.1 Exponential Function |
Able to understand the exponential law where exponents are rational numbers.
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7th |
3.1 Exponential Function |
Able to extend the exponential law.
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8th |
2nd Semester Midterm Examination |
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4th Quarter |
9th |
3.1 Exponential Function |
Able to perform calculations related to extensions of the exponential law.
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10th |
3.1 Exponential Function |
Able to understand the relationship between exponential functions and their graphs.
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11th |
3.1 Exponential Function |
Able to solve equations and inequalities involving exponential functions.
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12th |
3.2 Logarithmic Function |
Able to understand the relationship between exponents and logarithms.
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13th |
3.2 Logarithmic Function |
Able to understand logarithms and their properties.
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14th |
3.2 Logarithmic Function |
Able to understand the relationship between logarithmic functions and their graphs.
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15th |
3.2 Logarithmic Function |
Able to solve equations and inequalities involving logarithmic functions.
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16th |
2nd Semester Final Examination |
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