Bank Soal Matematika - ARIFUBLOG

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Rabu, 15 Mei 2019

Bank Soal Matematika

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
1.Topik : Eksponen
Bentuk sederhana dari 1-405577069072.png?width=58&name=1-405577069072adalah….
2-70.png?width=86&name=2-70
Kunci : A
Pembahasan :
3-35.png?width=141&name=3-35
2. Topik : Eksponen
Nilai x dari persamaan 4-11.png?width=99&name=4-11  adalah ….
  1. 2
  2. 4
  3. 6
  4. 10
  5. 16
Jawaban : E
Pembahasan :
Bilangan berpangkat di soal adalah bentuk permasalahan bilangan berpangkat pecahan, sehingga cara penyelesaiannya sebagai berikut :
5-11.png?width=119&name=5-11
3.Topik Eksponen
Fungsi eksponensial dari grafik di bawah ini adalah ….
6-11.png?width=133&name=6-11
  1. f(x)=32x
  2. f(x)=3x
  3. f(x)=3-x
  4. f(x)=2x
  5. f(x)=2-x
Jawaban: B
Pembahasan
Pada grafik di atas dapat dilihat melalui dua titik, yaitu (0,1) dan (1,3). Untuk mendapatkan fungsi eksponensial tersebut, kita harus mensubstitusikan kedua titik yang ada ke dalam persamaan fungsi eksponensial secara umum f(x)=b × ax untuk mencari nilai a dan b, sehingga:
Untuk titik (0,1) didapat f(x)=b × ax
1=b × a0
1=b × 1
b=1
Untuk titik (1,3) didapat f(x)=b × ax=1 × ax=ax (masukkan nilai b = 1)
f(x)=ax
3=a1
3=a
Maka, fungsi eksponensial dari grafik tersebut adalah
f(x) = b × ax
f(x) =1 × 3x
f(x) =3x
4.Topik : Bilangan bentuk akar
Bentuk sederhana dari bentuk akar 7-11.png?width=156&name=7-11 adalah….
8-11.png?width=146&name=8-11
Jawaban : A
Pembahasan :
9-14.png?width=318&name=9-14

5.Topik Bilangan Bentuk Akar
Urutan bilangan 10-10.png?width=98&name=10-10  dari yang terkecil hingga yang terbesar adalah ….
A. .com/
B. .com/
C. .com/
D. .com/
E. .com/
Jawaban: B
Pembahasan:
11-119.png?width=215&name=11-119
Maka urutan dari yang terkecil ke yang terbesar adalah 12-9.png?width=104&name=12-9

6.Topik : Logaritma
Hasil dari 13-8.png?width=164&name=13-8adalah ….
  1. 1
  2. 2
  3. 3
  4. 4
  5. 5
Jawaban: A
Pembahasan:
14-5577069072.png?width=324&name=14-5577069072

7.Topik : Logaritma
Jika diketahui 15-5.png?width=157&name=15-5 Maka nilai dari 16-3.png?width=51&name=16-3adalah ….
17-2.png?width=132&name=17-2
Jawaban: A
Pembahasan:
18-3.png?width=143&name=18-3

8.Topik Persamaan dan Pertidaksamaan Linier
Nilai x dari persamaan linier  7x+23=4x-1 adalah ….
  1. -3
  2. -1
  3. 0
  4. 1
  5. 3
Jawaban: D
Pembahasan
7x+23=4x-1
7x+2=3(4x-1)
7x+2=12x-3
7x-12x=-3-2
-5x=-5

9.Topik : Fungsi Kuadrat
Persamaan kuadrat yang melalui titik-titik (-3, -1), (-1, -5), dan (2, 4) adalah….
  1. y = x2 + 2x – 4
  2. y = x2 – 3x – 4
  3. y = 2x2 + 2x + 5
  4. y = x2 – 3x + 5
  5. y = 2x2 + 2x – 5
Jawaban : A
Pembahasan :
Persamaan parabola : y = ax2 + bx + c
Titik (-3, -1) → 9a – 3b + c = -1 ………….(1)
Titik (-1, -5) → a – b + c = -5 …………….(2)
Titik (2, 4)    → 4a + 2b + c = 4 …………..(3)
Eliminasi pers. (1) dan (2) :
9a – 3b + c = -1
 a – b + c   = -5   –
8a – 2b = 4
4a – b = 2 ………………..(4)
eliminasi persamaan (2) dan (3) :
 a – b + c   = -5
4a + 2b + c = 4    –
-3a – 3b = -9
a + b = 3 ………………..(5)
eliminasikan persamaan (4) dan (5) :
4a – b = 2
a + b = 3  +
5a = 5
a = 1
subsitusikan ke persamaan (5) :
a + b = 3
1 + b = 3
b = 2
subsitusikan ke persamaan (3)
4a + 2b + c = 4
4(1) + 2(2) + c = 4
c = -4
Persamaan kuadratnya : y = x2 + 2x – 4

10.Topik : Sistem Persamaan Linier Kuadrat Dua Variabel (SPLKDV)
Himpunan penyelesaian antara kurva x2+y2-2xy-1=0 dan garis  x-2y-2=0 adalah ….
  1. (0, 1) dan (4,-3)
  2. (0, 1) dan (-4,-3)
  3. (0, -1) dan (4,3)
  4. (0, -1) dan (-4,-3)
  5. (0, -1) dan (-4,3)
Jawaban: D
Pembahasan:
x – 2y – 2 = 0 → x = 2y + 2
Substitusi x=2y+2 ke persamaan kurva x2+y2-2xy-1=0
(2y+2)2+y2-2(2y+2)(y)-1=0
4y2+8y+4+y2-4y2-4y-1=0
y2+4y+3=0
(y+1)(y+3)=0
y1=-1 dan y2=-3
Substitusikan nilai y yang telah didapatkan ke salah satu persamaan:
Untuk y1=-1, x1=2(-1)+2=0
Untuk y2=-3, x2=2(-3)+2=-4
Maka, penyelesaian sistem persamannya adalah (0, -1) dan (-4,-3).

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