추가 적립 안내

▶ 이 책은 기초수학을 다룬 이론서입니다. 기초수학의 기초적이고 전반적인 내용을 학습할 수 있습니다.

4차 산업혁명 이공대학융합 기초수학은 4차 산업혁명의 커다란 변혁의 산업사회에서 이공계 대학생들이 전공 관련 학습을 하는데 필요한 수학적 기초개념부터
융합공학문제에 이르기까지 다양한 문제를 수록하여 교재의 선택폭을 넓혔다.
1장~3장은 중&#-155;고등학교 학습과정의 다양성을 고려하여 예제 문제를 마련하였고 전공학과의 특성에 따라 단원을 선택하여 수업할 수 있도록 기초학습내용을 마련하였다. 4장~6장은 전공 관련 융합 기본학습 내용이고 7장~9장까지는 전공에 따라 필요한 심화학습내용이다. 따라서 전공의 특성에 따라 단원을 선택하여 집중 학습할 수 있도록 배려하였다.
마지막 10장은 NCS기반 수리능력 기출문제를 위주로 수록하여 취업준비에 도움이 되도록 배려하였다. 본 교재의 특성은 수학적인 기초학습이 요구되는 학생들이 가장 짧은 시간 내에 대학과정의 수학을 학습할 수 있도록 알기 쉬운 개념 정리와 다양한 예제를 수록하여 스스로 학습이 가능하도록 하였다.

2020년 1월 연구실에서 저자

CHAPTER 1 4차산업혁명과 빅데이터 ·········································· 7
1.1 4차산업혁명 ············································································ 8
1.2 빅데이터(Big Data) ·································································· 9
1.3 산업기초통계 ········································································· 18
CHAPTER 2 직장생활과 수리능력 ·············································· 31
2.1 생활 속의 숫자정보 ······························································ 32
2.2 생활 속의 수리능력 ······························································ 41
2.3 직장생활 속의 수리능력 ······················································· 58
CHAPTER 3 여러 가지 식의 연산 ············································· 83
3.1 공학용계산기 사용방법 ························································· 84
3.2 식의 계산 ·············································································· 90
CHAPTER 4 삼각비와 삼각함수 ··············································· 119
4.1 삼각비 ················································································· 120
4.2 호도법과 부채꼴 ·································································· 125
4.3 삼각함수와 그래프 ······························································ 126
4.4 삼각함수의 합성 ·································································· 129
CHAPTER 5 행렬과 행렬식 ······················································ 135
5.1 행렬의 계산 ········································································ 136
5.2 행렬식 ················································································· 139
5.3 연립방정식과 행렬 ······························································ 141
5.4 크래머 공식 ········································································ 142
CHAPTER 6 복소수 ··································································· 147
6.1 복소수 ················································································· 148
6.2 복소수의 연산 ····································································· 151
6.3 복소수에 대한 여러 형식의 표현 ······································· 152
6.4 복소수의 연산에 대한 기하학적 의미 ································· 157
6.5 드 므아브르의 정리 ···························································· 161
CHAPTER 7 벡터 ······································································· 163
7.1 벡터 ···················································································· 164
7.2 벡터의 내적 ········································································ 168
7.3 벡터의 외적 ········································································ 172
7.4 벡터의 미분 ········································································ 177
7.5 벡터의 적분 ········································································ 184
CHAPTER 8 미분 ······································································· 189
8.1 도함수 ················································································· 190
8.2 여러 가지 미분법 ································································ 193
8.3 편미분(partial differentiation) ················································ 200
CHAPTER 9 적분 ······································································· 203
9.1 부정적분 ·············································································· 204
9.2 치환적분 ·············································································· 207
9.3 부분적분 ·············································································· 211
9.4 정적분 ················································································· 213
9.5 정적분의 활용 ····································································· 218
CHAPTER 10 NCS 수리능력 취업기출문제 ······························ 223
10.1 NCS 수리능력 영역 ··········

CHAPTER 1 4차산업혁명과 빅데이터 ·········································· 7
1.1 4차산업혁명 ············································································ 8
1.2 빅데이터(Big Data) ·································································· 9
1.3 산업기초통계 ········································································· 18

CHAPTER 2 직장생활과 수리능력 ·············································· 31
2.1 생활 속의 숫자정보 ······························································ 32
2.2 생활 속의 수리능력 ······························································ 41
2.3 직장생활 속의 수리능력 ······················································· 58

CHAPTER 3 여러 가지 식의 연산 ············································· 83
3.1 공학용계산기 사용방법 ························································· 84
3.2 식의 계산 ·············································································· 90

CHAPTER 4 삼각비와 삼각함수 ··············································· 119
4.1 삼각비 ················································································· 120
4.2 호도법과 부채꼴 ·································································· 125
4.3 삼각함수와 그래프 ······························································ 126
4.4 삼각함수의 합성 ·································································· 129

CHAPTER 5 행렬과 행렬식 ······················································ 135
5.1 행렬의 계산 ········································································ 136
5.2 행렬식 ················································································· 139
5.3 연립방정식과 행렬 ······························································ 141
5.4 크래머 공식 ········································································ 142

CHAPTER 6 복소수 ··································································· 147
6.1 복소수 ················································································· 148
6.2 복소수의 연산
····································································· 151
6.3 복소수에 대한 여러 형식의 표현 ······································· 152
6.4 복소수의 연산에 대한 기하학적 의미 ································· 157
6.5 드 므아브르의 정리 ···························································· 161

CHAPTER 7 벡터 ······································································· 163
7.1 벡터 ···················································································· 164
7.2 벡터의 내적 ········································································ 168
7.3 벡터의 외적 ········································································ 172
7.4 벡터의 미분 ········································································ 177
7.5 벡터의 적분 ········································································ 184

CHAPTER 8 미분 ······································································· 189
8.1 도함수 ················································································· 190
8.2 여러 가지 미분법 ································································ 193
8.3 편미분(partial differentiation) ················································ 200

CHAPTER 9 적분 ······································································· 203
9.1 부정적분 ·············································································· 204
9.2 치환적분 ·············································································· 207
9.3 부분적분 ·············································································· 211
9.4 정적분 ················································································· 213
9.5 정적분의 활용 ····································································· 218

CHAPTER 10 NCS 수리능력 취업기출문제 ······························ 223
10.1 NCS 수리능력 영역 ·························································· 224
10.2 도표분석능력 ································································································· 224
10.2 도표분석능력 ····································································· 226
10.3 경우의 수 구하기 ······························································ 245
10.4 확률 구하기 ······································································ 252
10.5 수 추리능력 ······································································ 256
참고문헌 ····························································································· 265
···················· 226
10.3 경우의 수 구하기 ······························································ 245
10.4 확률 구하기 ······································································ 252
10.5 수 추리능력 ······································································ 256

참고문헌 ····························································································· 265

[머리말]
4차 산업혁명 이공대학융합 기초수학은 4차 산업혁명의 커다란 변혁의 산업사회에서 이공계 대학생들이 전공 관련 학습을 하는데 필요한 수학적 기초개념부터
융합공학문제에 이르기까지 다양한 문제를 수록하여 교재의 선택폭을 넓혔다.
1장~3장은 중?고등학교 학습과정의 다양성을 고려하여 예제 문제를 마련하였고 전공학과의 특성에 따라 단원을 선택하여 수업할 수 있도록 기초학습내용을 마련하였다. 4장~6장은 전공 관련 융합 기본학습 내용이고 7장~9장까지는 전공에 따라 필요한 심화학습내용이다. 따라서 전공의 특성에 따라 단원을 선택하여 집중 학습할 수 있도록 배려하였다.
마지막 10장은 NCS기반 수리능력 기출문제를 위주로 수록하여 취업준비에 도움이 되도록 배려하였다. 본 교재의 특성은 수학적인 기초학습이 요구되는 학생들이 가장 짧은 시간 내에 대학과정의 수학을 학습할 수 있도록 알기 쉬운 개념 정리와 다양한 예제를 수록하여 스스로 학습이 가능하도록 하였다.

2020년 1월 연구실에서 저자