Kategori: Uncategorized

8. According to Text 1, what action did some locals take in Barcelona and Mallorca to protest the effects of mass tourism?

9. The phrase cutting down in Text 1 Paragraph 2 is closest in meaning to ….

10. Which of the following is the best main idea of Text 1? European cities are implementing strategies to ….

11. Which of the following best restates the statement “Tourists primarily spend money in these central areas, benefiting only a small part of the city.” in Text 2 Paragraph 1?

12. The purpose of Text 2 is to ….

13. Which of the following statements from Text 2 shows the author’s negative attitude toward the impacts of tourism on Barcelona?

14. Which of the following is the best synthesis of the two texts?

15. According to Text 1, what is NOT the characteristic of the newly discovered Pavona clavus? It ….

16. The word This in Text 2 Paragraph 2 refers to ….

17. According to the texts, information about the effects of climate change to the environment can be found in ….

18. What is the relationship between Text 1 and Text 2?

19. Based on the two texts, which of the following will most likely happen in the future?

20. Based on Text 1 and Text 2, which of the following recommendations is appropriate to be implemented?

8. According to Text 1, why are hidden fees considered deceptive? They …

9. The phrase consumer trust in Text 1 Paragraph 2 is closest in meaning to …

10. Which of the following is the best main idea of Text 1? Hidden fees …

11. Which of the following best restates the statement “Consumers must first notify the business and allow 30 days to correct any issues before filing a lawsuit.” in Text 2 Paragraph 2?

12. The purpose of Text 2 is to …

13. Which of the following statements from Text 2 shows the author’s positive attitude toward the new law?

14. Which of the following is the best synthesis of the two texts?

15. The word it in Text 2 Paragraph 1 refers to …

16. According to Text 1, which one of these is NOT a fermented food?

17. According to the texts, information about the benefits of probiotics for gut health can be found in …

18. Based on the two texts, which of the following will most likely happen in the future?

19. Based on Text 1 and Text 2, which of the following recommendations is appropriate to be implemented?

20. What is the relationship between Text 1 and Text 2?

1. 50,40, 100, 90, x, 140, 200, 190

2. 0,6,6, 20, 20, x

3. 0,2,6, 12, 20, x

4. 8,24,22, 56, 18, x

5. 64,63, 65, 64, x, 65, 67, 66

6. 0,9: p=0,81×1/3

7. (6×5)–(6+5)=(6×7)–(6+p)

8. 0,15:0,24 =[p] : 0,3 x 0,4

9. Seekormonyetmula-mula berada di ketinggian tertentu oada sebuah tiang. Kemudian ia turun 4
meter, naik 3 meter, turun 6 meter, naik 2 meter, naik 9 meter, dan turun 2 meter. Pada
ketinggian berapakah sekarang monyet itu berada?

10. Jika lebar sebuah empat persegi panjang dinaikkan dengn 25% sementara panjangnya tetap,
makaluas persegi panjang tersebut menjadi :

11. Seorang pedagang mencampur a kg kedelai seharga b rupiah per kg dengan c kg kacang seharga
d rupiah per kg. Berapakah harga jual kacang campuran jika ia berharap memperoleh laba 1.000
rupiah per kg?

12. Fredi berangkat dari kota A pada pukul 18.15 menuju kota B dengan mengendarai sepeda motor
dan tiba pada pukul 23. 45 pada hari yang sama. Jika kecepatan rata-rata yang ditempuhnya
adalah 30 km per jam dan ia istirahat makan malam selama satu jam, berapakah jarak antara A
dan B yang ditempuh Fredi?

13. Sebuah tangga sepanjang 6,5 meter disandarkan pada sebuah dinding tembok. Bagian paling
bawah tangga berjarak 2,5 meter dari dinding. Jika bagian paling atas tangga digeser ke bawah
sepanjang 0,8 meter, berapa meterkah bagian paling bawah tangga tersebut akan bergeser dari
posisi semula?

14. Untuk periode 1992– 1999, peningkatan tertinggi jumlah pengunjung dari satu tahun ke tahun
berikutnya adalah …..

15. Untuk periode 1994 sampai dengan 1998, berapakah jumlah rata-rata pengunjung?

16. Antara 1993 dan 1997, di tahun manakah perubahan jumlah pengunjung dalam persen dari
tahun sebelumnya yang terbesar ?

17. Manakah dari pernyataan dalam bentuk P/Q berikut ini paling mendekati bilangan desimal 0, PQ
jika P adalah desimal per sepuluhan dan Q adalah desimal per ratusan?

18. Jika sejumlah b buku dapat dibeli dengan harga d rupiah, berapa banyak bukukah yang dapat
dibeli dengan m rupiah?

19. Seorang pekerja mengecat tembok yang tingginya 4 meter dan telah sepertiga selesai. Jika ia
selanjutnya mengecat tembok 15m² lagi, ia sudah 3/4 selesai. Berapa meterkah panjang tembok
tersebut?

20. Untuk menjalankan sebuah mobil setiap km diperlukan g rupiah bensin dan m rupiah biaya
lainnya. Berapa rupiahkah biaya untuk menjalankan mobil setiap 100 km?

21. Dari hasil survei di suatu kota, diketahui bahwa 65% masyarakatnya suka menonton berita di TV,
40%suka membaca surat kabar, dan 25% suka membaca surat kabar dan menontonberita di TV.
Berapa persen dari masyarakat kota tersebut yang tidak suka baik menonton berita di TV
maupunmembacasurat kabar?

22. Sejenis barang pada awal tahun berharga D rupiah. Pada akhir tahun barang tersebut berharga Q
rupiah. Berapakah kenaikan harga barang tersebut jika dinyatakan dalam suatu angka pecahan?

23. Jika luas sebuah bujur sangkar dinaikkan dengan 69%, maka sisi bujur sangkar tersebut naik
dengan?

24. Sekelompok orang memberikan sumbangan untuk bencana alam tsunami. Dari kelompok
tersebut, 30% menyumbangkan, masingmasing, Rp400.000, 45% menyumbangkan, masing
masing, Rp200.000 dan sisanya menyumbangkan, masing-masing, Rp120.000. Dihitung dari total
sumbangan, berapa persenkah sumbangan yang berasal dari orangorang yang menyumbangkan
Rp400.000?

25. Jika x/y = 4 dan y tidak sama dengan nol, berapa persenkah 2x– y dari x?

26. Jika x = y = 2z dan x.y.z = 256, maka x sama dengan

1. 27, 64, 18, 48, 12, 36, …

2. 5, 7, 50, 49, 500, 343, …

3. 2, 3, 4, 7, 8, 11, …

4. 1, 1, 2, 3, 5, 8, 13, …

5. D, Y, N, Y, X, …

6. X, Y, K, X, U, L, X, Q, …

7. A, B, D, G, K, …

8. A, B, C, E, H

9. 15, 8, 45, 64, 75, 512, …

10. 0, 4, 10, 18, 28, …

11. 11, 25, 55, 125, 275, 625, …

12. 2, 4, 4, 7, 8, 10, …

13. 1/4, 1/2, 3/4, 1 1/4, 2, …

14. E, E, E, I, E, M, …

15. X, W, U, V, T, S, Q, R, P, O, …

16. Q, E, N, G, K, I, …

17. T, L, P, N, L, P, …

18. G, C, L, E, Q, G, …

19. 5, 25, 32, 45, 59, 65, …

20. 215, 321, 207, 314, 199, 307, …

21. 515, 488, 461, 434, 407, …

23. 18, 36, 38, 19, 21, 42, 44, …

24. F, B, F, F, F, J, …

25. Y, H, U, J, Q, L, …

26. D, F, E, G, I, H, …

27. W, R, T, P, Q, N, …

28. A, B, C, F, E, D, G, H, …

1. Sebuah kompetisi sepakbola diikuti oleh tim A, B, C, dan D dimana setiap tim akan bertanding satu kali melawan setiap tim lainnya. Nilai yang diberikan yakni 3 poin untuk tim yang menang, 1 poin untuk masing-masing yang bermain imbang (seri), dan 0 poin untuk tim yang kalah. Jika tim A satu kali kalah, tim B selalu kalah, dan tim C dua kali seri, juara pada kompetisi tersebut adalah …

2. Sebuah bola dijatuhkan dari ketinggian 118 m. Setiap kali menyentuh tanah, bola akan memantul hingga setengah dari ketinggian sebelumnya. Berapa ketinggian yang dicapai bola setelah pantulan kelima?

3. Sebuah kubus memiliki volume sebesar 216 cm³. Berapa banyak kubus berisi 2 cm yang diperlukan untuk memenuhi kubus?

4. Untuk mendapatkan total untung 21%, seorang pedagang menjual 100 porsi bakso dengan harga Rp11.000,00 per porsi. Karena sepi ia hanya menjual 87 porsi. Berapa selisih persentase yang diharapkan dan yang diperoleh?

5. Nia berumur 14 tahun pada setahun yang lalu. Jika umur Yanti 7 tahun mendatang adalah 22 tahun, maka selisih umur mereka adalah …

6. Pak Bandi memancing di kolam dengan membayar Rp30.000/jam. Setiap 10 menit ia mampu mendapatkan 0,4 kg ikan. Ia hanya membawa pulang ikan sebanyak 1 kg dan sisanya ia jual dengan harga Rp20.000/kg. Jika Pak Bandi hanya membawa uang Rp50.000 saat memancing dan ia hanya memancing selama satu jam, maka uang yang dibawanya pulang sebesar …

8. 300 kepala keluarga di sebuah desa akan memilih salah satu dari dua orang calon untuk menjadi kepala desa. Lima puluh persen suara diraih calon pertama, sepuluh persen suara batal karena memilih keduanya dan dua per lima belas abstain. Berapa banyak suara yang diraih calon kedua?

9. Sebuah bilangan terdiri dari empat buah angka yang berbeda. Jumlah keempat angka adalah 12. Angka pertama ditambah angka ketiga sama dengan angka keempat dikurangi angka kedua. Angka kedua sama dengan selisih angka pertama dan ketiga. Angka keempat dibagi angka ketiga sama dengan angka pertama dibagi angka kedua. Bilangan tersebut adalah …

10. Tiga buah bilangan jika dijumlahkan hasilnya 78. Selisih bilangan pertama dan bilangan kedua sama dengan selisih bilangan kedua dan bilangan ketiga. Hasil perkalian ketiga bilangan adalah 17.342. Ketiga bilangan tersebut adalah …

11. Jika sebuah benda bergerak dengan kecepatan delapan kaki per detik, berapakah jarak yang ditempuhnya selama setengah jam? (1 kaki = 0,3048 m)

12. Sebuah bus wisata melakukan perjalanan dari kota A ke kota B yang berjarak 120 km dengan kecepatan rata-rata 50 km/jam. Kemudian bus tersebut kembali lagi dari kota B ke kota A dengan rute yang sama. Total waktu perjalanan adalah 5 jam 24 menit. Kecepatan rata-rata bus tersebut pada saat menuju ke kota A adalah ….

13. Dari suatu sekolah ¼ lulusannya diterima di jurusan bisnis, 1/3 lulusannya diterima di jurusan hukum dan 1/5 lulusannya diterima di kedua jurusan tersebut. Berapa persen lulusan sekolah yang diterima di kedua jurusan tersebut?

14. Sebuah tempat penampungan air berbentuk silinder, memiliki tinggi 200 cm dan diameter alas 100 cm. Berapa banyak air yang bisa tertampung di dalam tempat penampungan itu?

15. Sebuah bilangan ABC tersusun dari tiga buah angka yang berbeda. Jika ABC dikalikan dengan angka 3, hasilnya adalah bilangan BBB. Maka A + B + C = ….

16. Seorang penjahit hendak membuat sapu tangan segi empat dengan ukuran 21 cm x 21 cm. Berapa kali penjahit harus memotong kain yang berukuran 84 cm x 84 cm untuk menghasilkan sapu tangan itu tanpa menggunakan alat ukur dengan cara paling efisien?

17. Berapa kg pupuk yang mengandung 30% nitrogen yang harus ditambahkan pada 120 kg pupuk yang mengandung 20% nitrogen agar tercapai campuran pupuk yang mengandung 27,5% nitrogen?

18. Suku ke-3 suatu barisan geometri sama dengan suku ke-7 barisan aritmatika. Suku pertama kedua barisan tersebut adalah 4. Jika rasio (r) barisan geometri sama dengan beda (b) barisan aritmatika, dan keduanya adalah bilangan bulat, maka suku ke-6 barisan geometri dikurangi suku ke-15 barisan aritmatika adalah ….

Text I
One of the most mysterious things in nature is the ability of certain creatures to find their way home, sometimes from great distances. Birds are not the only ones who can do this. Bees, eels, and salmon are able to return to a particular place after doing journeys, too. Most migrations take place between breeding grounds and regions where animals feed. For some animals, such as the lemming, the move is a one-way trip. Scientists call this movement emigration, because these animals never return to their homes. For other animals, such as birds, the migration includes a return trip home. Birds move in periodic migration, or at regular times during their lives, and often to the same place year after year. Many experiments have been made with birds in an attempt to find out what guides them on their way home. In one case, seven swallows were taken 400 miles from home. When they were set free, five of them returned to their nests. In another case, a certain kind of sea bird was taken from its nests on the Welsh coast to venice by plane. When it was released, it made its way home to its neasts, a distance of 930 miles if it flew in a straight line. Migrating birds offer an even more amazing example of this ability. There are swifts and house martins that migrate from England to South Africa every year. They not only return to England the next spring, but may of them come back to nests in the very same house they nested the year before. They not only return to England the next spring, but many of them come back to mests in the very same house they nested the year before. They fly the incredible distance of 6,000 miles, one way. Certain types of butterfly migrate, too, and find their way home over long distances. In the tropics one can sometimes see the great mass flights of butterflies all flying steadly in one direction. They may go a thousand miles and more and then return again in another season. Despite all the efforts that have been made to explain how these creatures find their way home, we still have no sure explanation. Since many of the birds fly over great bodies of water, we cannot explain it by saying they use landmarks to guide them. Just to say they have an “instinct” does not really explain the right conditions. The reason they do it may be to obtain food or to reproduce under the right conditions. But the signals and guideposts they use on their flights are still a mystery to man.
01. The best title for the text is ….

Text I
One of the most mysterious things in nature is the ability of certain creatures to find their way home, sometimes from great distances. Birds are not the only ones who can do this. Bees, eels, and salmon are able to return to a particular place after doing journeys, too. Most migrations take place between breeding grounds and regions where animals feed. For some animals, such as the lemming, the move is a one-way trip. Scientists call this movement emigration, because these animals never return to their homes. For other animals, such as birds, the migration includes a return trip home. Birds move in periodic migration, or at regular times during their lives, and often to the same place year after year. Many experiments have been made with birds in an attempt to find out what guides them on their way home. In one case, seven swallows were taken 400 miles from home. When they were set free, five of them returned to their nests. In another case, a certain kind of sea bird was taken from its nests on the Welsh coast to venice by plane. When it was released, it made its way home to its neasts, a distance of 930 miles if it flew in a straight line. Migrating birds offer an even more amazing example of this ability. There are swifts and house martins that migrate from England to South Africa every year. They not only return to England the next spring, but may of them come back to nests in the very same house they nested the year before. They not only return to England the next spring, but many of them come back to mests in the very same house they nested the year before. They fly the incredible distance of 6,000 miles, one way. Certain types of butterfly migrate, too, and find their way home over long distances. In the tropics one can sometimes see the great mass flights of butterflies all flying steadly in one direction. They may go a thousand miles and more and then return again in another season. Despite all the efforts that have been made to explain how these creatures find their way home, we still have no sure explanation. Since many of the birds fly over great bodies of water, we cannot explain it by saying they use landmarks to guide them. Just to say they have an “instinct” does not really explain the right conditions. The reason they do it may be to obtain food or to reproduce under the right conditions. But the signals and guideposts they use on their flights are still a mystery to man.
02. Which of the following is NOT TRUE according
to the passage ….

Text I
One of the most mysterious things in nature is the ability of certain creatures to find their way home, sometimes from great distances. Birds are not the only ones who can do this. Bees, eels, and salmon are able to return to a particular place after doing journeys, too. Most migrations take place between breeding grounds and regions where animals feed. For some animals, such as the lemming, the move is a one-way trip. Scientists call this movement emigration, because these animals never return to their homes. For other animals, such as birds, the migration includes a return trip home. Birds move in periodic migration, or at regular times during their lives, and often to the same place year after year. Many experiments have been made with birds in an attempt to find out what guides them on their way home. In one case, seven swallows were taken 400 miles from home. When they were set free, five of them returned to their nests. In another case, a certain kind of sea bird was taken from its nests on the Welsh coast to venice by plane. When it was released, it made its way home to its neasts, a distance of 930 miles if it flew in a straight line. Migrating birds offer an even more amazing example of this ability. There are swifts and house martins that migrate from England to South Africa every year. They not only return to England the next spring, but may of them come back to nests in the very same house they nested the year before. They not only return to England the next spring, but many of them come back to mests in the very same house they nested the year before. They fly the incredible distance of 6,000 miles, one way. Certain types of butterfly migrate, too, and find their way home over long distances. In the tropics one can sometimes see the great mass flights of butterflies all flying steadly in one direction. They may go a thousand miles and more and then return again in another season. Despite all the efforts that have been made to explain how these creatures find their way home, we still have no sure explanation. Since many of the birds fly over great bodies of water, we cannot explain it by saying they use landmarks to guide them. Just to say they have an “instinct” does not really explain the right conditions. The reason they do it may be to obtain food or to reproduce under the right conditions. But the signals and guideposts they use on their flights are still a mystery to man.
03. According to the passage, swifts and house
martins returning from South Africa to
England, ….

Text I
One of the most mysterious things in nature is the ability of certain creatures to find their way home, sometimes from great distances. Birds are not the only ones who can do this. Bees, eels, and salmon are able to return to a particular place after doing journeys, too. Most migrations take place between breeding grounds and regions where animals feed. For some animals, such as the lemming, the move is a one-way trip. Scientists call this movement emigration, because these animals never return to their homes. For other animals, such as birds, the migration includes a return trip home. Birds move in periodic migration, or at regular times during their lives, and often to the same place year after year. Many experiments have been made with birds in an attempt to find out what guides them on their way home. In one case, seven swallows were taken 400 miles from home. When they were set free, five of them returned to their nests. In another case, a certain kind of sea bird was taken from its nests on the Welsh coast to venice by plane. When it was released, it made its way home to its neasts, a distance of 930 miles if it flew in a straight line. Migrating birds offer an even more amazing example of this ability. There are swifts and house martins that migrate from England to South Africa every year. They not only return to England the next spring, but may of them come back to nests in the very same house they nested the year before. They not only return to England the next spring, but many of them come back to mests in the very same house they nested the year before. They fly the incredible distance of 6,000 miles, one way. Certain types of butterfly migrate, too, and find their way home over long distances. In the tropics one can sometimes see the great mass flights of butterflies all flying steadly in one direction. They may go a thousand miles and more and then return again in another season. Despite all the efforts that have been made to explain how these creatures find their way home, we still have no sure explanation. Since many of the birds fly over great bodies of water, we cannot explain it by saying they use landmarks to guide them. Just to say they have an “instinct” does not really explain the right conditions. The reason they do it may be to obtain food or to reproduce under the right conditions. But the signals and guideposts they use on their flights are still a mystery to man.
04. Animals which emigrate ….

Text I
One of the most mysterious things in nature is the ability of certain creatures to find their way home, sometimes from great distances. Birds are not the only ones who can do this. Bees, eels, and salmon are able to return to a particular place after doing journeys, too. Most migrations take place between breeding grounds and regions where animals feed. For some animals, such as the lemming, the move is a one-way trip. Scientists call this movement emigration, because these animals never return to their homes. For other animals, such as birds, the migration includes a return trip home. Birds move in periodic migration, or at regular times during their lives, and often to the same place year after year. Many experiments have been made with birds in an attempt to find out what guides them on their way home. In one case, seven swallows were taken 400 miles from home. When they were set free, five of them returned to their nests. In another case, a certain kind of sea bird was taken from its nests on the Welsh coast to venice by plane. When it was released, it made its way home to its neasts, a distance of 930 miles if it flew in a straight line. Migrating birds offer an even more amazing example of this ability. There are swifts and house martins that migrate from England to South Africa every year. They not only return to England the next spring, but may of them come back to nests in the very same house they nested the year before. They not only return to England the next spring, but many of them come back to mests in the very same house they nested the year before. They fly the incredible distance of 6,000 miles, one way. Certain types of butterfly migrate, too, and find their way home over long distances. In the tropics one can sometimes see the great mass flights of butterflies all flying steadly in one direction. They may go a thousand miles and more and then return again in another season. Despite all the efforts that have been made to explain how these creatures find their way home, we still have no sure explanation. Since many of the birds fly over great bodies of water, we cannot explain it by saying they use landmarks to guide them. Just to say they have an “instinct” does not really explain the right conditions. The reason they do it may be to obtain food or to reproduce under the right conditions. But the signals and guideposts they use on their flights are still a mystery to man.
05. It can be concluded that the author shows ….
concerning the ability of certain creatures to
find their way home.

Text II
Most doctors and scientists believe there are different causes for the different forms of cancer. Working conditions may lead to this disease. For example, people who work in close contact with chemical compounds like arsenic and asbestos may develop cancer. Smoking is another cause of cancer. Many experiments have shown that smoking can produce lung cancer. Scientific research has shown that viruses bring about certain kinds of cancer in laboratory animals. Scientists are now trying to find out if this is true for humans as well.
06. The topic of the text is ….

Text II
Most doctors and scientists believe there are different causes for the different forms of cancer. Working conditions may lead to this disease. For example, people who work in close contact with chemical compounds like arsenic and asbestos may develop cancer. Smoking is another cause of cancer. Many experiments have shown that smoking can produce lung cancer. Scientific research has shown that viruses bring about certain kinds of cancer in laboratory animals. Scientists are now trying to find out if this is true for humans as well.
07. A person may get cancer if he or she ….

Text III
Anorexia nervosa is an emotional illness in which the sufferee does not let herself eat. The anorexic or sufferer, in fact, starves herself. This condition affects girls between the ages of 12 to 18 (only one in fifteen is male). The typical victim is a bright, sensitive person from an upper-middle class or wealthy family. She has high expectations of herself and is self-critical even when her performance is excellent. She is often close to her parents. The girl’s parents are conscious of weight or appearance and are concerned about athletics or fatness. They may have high expectations for achievement from their children. Sometimes they are overprotective of or overly involved with their children.
08. The text tells us about an illness which ….

Text III
Anorexia nervosa is an emotional illness in which the sufferee does not let herself eat. The anorexic or sufferer, in fact, starves herself. This condition affects girls between the ages of 12 to 18 (only one in fifteen is male). The typical victim is a bright, sensitive person from an upper-middle class or wealthy family. She has high expectations of herself and is self-critical even when her performance is excellent. She is often close to her parents. The girl’s parents are conscious of weight or appearance and are concerned about athletics or fatness. They may have high expectations for achievement from their children. Sometimes they are overprotective of or overly involved with their children.
09. From the text we may conclude that an
anorexic person is ….

Text IV
High school graduates are sometimes nervous attending college, because they fear that everything will be differnt.___ 10___, there are some important similarities between college and high school. In both place, academic ___11___ depends on being a responsible student. This means attending classes regularly. Similarly, ___12___ success in college is like that in high school. If you have had friends in high school, chances are you will have friends in college too. College also ___13___ high school in student activities. Musical groups, sports teams, special interest clubs, and other activites are found in both ___14___.
(10)

Text IV
High school graduates are sometimes nervous attending college, because they fear that everything will be differnt.___ 10___, there are some important similarities between college and high school. In both place, academic ___11___ depends on being a responsible student. This means attending classes regularly. Similarly, ___12___ success in college is like that in high school. If you have had friends in high school, chances are you will have friends in college too. College also ___13___ high school in student activities. Musical groups, sports teams, special interest clubs, and other activites are found in both ___14___.
(11)

Text IV
High school graduates are sometimes nervous attending college, because they fear that everything will be differnt.___ 10___, there are some important similarities between college and high school. In both place, academic ___11___ depends on being a responsible student. This means attending classes regularly. Similarly, ___12___ success in college is like that in high school. If you have had friends in high school, chances are you will have friends in college too. College also ___13___ high school in student activities. Musical groups, sports teams, special interest clubs, and other activites are found in both ___14___.
(12)

Text IV
High school graduates are sometimes nervous attending college, because they fear that everything will be differnt.___ 10___, there are some important similarities between college and high school. In both place, academic ___11___ depends on being a responsible student. This means attending classes regularly. Similarly, ___12___ success in college is like that in high school. If you have had friends in high school, chances are you will have friends in college too. College also ___13___ high school in student activities. Musical groups, sports teams, special interest clubs, and other activites are found in both ___14___.
(13)

Text IV
High school graduates are sometimes nervous attending college, because they fear that everything will be differnt.___ 10___, there are some important similarities between college and high school. In both place, academic ___11___ depends on being a responsible student. This means attending classes regularly. Similarly, ___12___ success in college is like that in high school. If you have had friends in high school, chances are you will have friends in college too. College also ___13___ high school in student activities. Musical groups, sports teams, special interest clubs, and other activites are found in both ___14___.
(14)

15. …. the great inconvenience of travelling,
many TV reporters went to the flooded area
for their reports.

16. A symbol of royal prosperity in the past, the
old castle, …. firmly on the island shore, is
frequently visited by foreign tourists.

17. ‘Does Anto know that Myra had an accident
yesterday?’
‘I don’t think so. We …. as soon as we were
informed.’

18. We sometimes miss the neighbourhood ….
we grew up.

19. ‘Can we postpone the class meeting until
Friday?’
‘I’m afraid not. I …. basketball on Friday.’

20. ‘Hasn’t Anita submitted her report yet?’
‘I don’t think so. It …. .’

21. ‘When are you going to tell your sister the
good news?’
‘When she …. from her business trip.’

22. ‘What do you enjoy most during your
weekends at Puncak?’
‘ …. for a walk in the early morning.’

23. ‘I ran through the red light and I got fined by
the traffic policeman.’
‘Oh, you …. more careful.’

24. ‘Had I known you were expecting a call, I
wouldn’t have used the phone so long.’ The
underlined words mean …. .

25. In evaluating your progress, the teacher
will take into account …., attitude, and
achievements.

1. Sebuah keluarga memiliki 5 anak. Anak termuda berusia x thun dan yang tertua 2x. Tiga anak
lainnya berturut-turut berusia x+2, x+4 dan 2x-3 Jika rata-rata usia kelima anak tersebut adalah
16 tahun, berapa usia anak kedua?

2. Usia rata-rata sekelompok orang yang terdiri dari akuntan dan pengacaea adalah 40 tahun,. Jika
usia rata-rata para akuntan adalah 35 tahun dan usia rata-rata pengacara adalah 50 tahun,
berapakah perbandingan antara jumlah akuntan dan jumlah pengacara ?

3. Sebuahgedung memiliki 5 lantai. Salah satu di antara kelima lantai tersebut hanya memiliki 2
ruangan. Empat lantai lainnya masing-masing memiliki 4 ruangan. Jika A = 3 kali jumlah lantai
gedung, dan B = jumlah ruangan di dalam gedung, maka :

4. Jika diurutkan secara terbalik untuk pelari lari cepar jarak 100m berikut, Janet adalah pelari yang
paling lambat, kemudian Mardi, Erika dan Angela yang hampir kalah dari Erika. Setelah dilatih,
Janet mengalahkan Erika meskipun Mardi gagal mengalahkan Erika. Siapakah pelari yang paling
cepat setelah memperoleh pelatihan?

5. Nilai Adi termasuk urutan ke-15 dari atas dan urutan ke-17 dari bawah dalam kelasnya.
Berapakah jumlah siswa dalam kelas tersebut ?

6. Pak Raden membeli rumah senialai Rp 300.000.000. Dalam penilaian pajak, rumah Pak Raden
dinilai 2/3 dari nilai pembelian. Besar pajak yang harus ditanggung sebesar Rp 12,50 untuk
setiap Rp 1.000 nilai rumah. Berapakah pajak yang harus dibayar ?

7. SiPolan seorang mahasiswa mengadakan percobaan di laboratorium dan mendapatkan
kesimpulan bahwa: perbandingan populasi kuman yang bersifat (x) dengan kuman yang tidak
bersifat (x) adalah 5:3 dan 3/8 dari kuman yang bersifat (x) adalah jantan. Berapa perbandingan
populasi kuman (x) jantan terhadapa populasi kuman seluruhnya ?

8. SiAmir mengemudi mobil menempuh jarak 735 km dalam waktu 5hari. Hari pertama ia
menempuh 185km, hari kedua 95 km, hari ketiga 120 km, dan hari keempat 175 km. Berapa kilo
meterkah jarak yang ditempuh pada hari kelima ?

9. Pak Bejo seorang pedagang menjual sebuah barang denga harga Rp 80.000 dan memperoleh
laba 25% dari harga beli. Berapa harga beli?

10. Pada saat ini harga satu lusin kelereng dan 10 kg salak adalah sama. Jika harga satu lusin telah
naik dengan 10% dan harga salak naik dengan 2%, makauntuk membeli satu lusin kelereng dan
10 kg salak diperlukan tambahan uang sebesar

11. Berapakah P?

12. Berapakah Q?

13. Berapakah Q + S?

14. Berapakah R?

15. Duaorang pengendara sepeda melakukan start pada suatu rute dari suatu titik yang sama
dengan selisih waktu 3 jam. Pengendara kedua bersepeda dengan kecepatan 10 km/jam dan
memulai perjalanannya 3 jam setelah pengendara pertama yang berkecepatan 6 km/jam. Berapa
waktu yang dibutuhkan pengendara kedua untuk menyusul pengendara pertama, terhitung dari
saat pengendara kedua memulai perjalanannya?

16. Andi dapat mengisi kolam ikan dalam waktu 30 menit. Bedu dapat melakukan hal yang sama
dalam waktu 45 menit, sedangkan Catur hanya bisa menyelesaikan dalam waktu 1½ jam. Berapa
waktu yang dibutuhkan bila mereka bertiga bekerja sama mengisi kolam ikan itu ?

17. Sebuah mobil dijual seharga 160 juta rupiah. Harga tersebut merupakan harga setelah 20%
diskon. Harga mobil sebenarnya adalah

18. Duabuah pesawat terbang meninggalkan bandara pada pukul 17.00. Pesawat pertama menuju
arah Timur dengan kecepatan 150 km/jam dan pesawat kedua menuju arah Utaradengan
kecepatan 200 km/jam. Berapa jarak antara kedua pesawat tersebut pada pukul 19.00 jika kedua
pesawat tersebut terbang lurus dan tanpa terhenti dengan kecepatan yang sama

19. Umur sang ayah saat ini 24 tahun lebih tua daripada anaknya. Dua tahun yang lalu, umur sang
ayah 4 laki lebih tua daripada umur anaknya. Berapa umur anaknya sekarang?

20. Jumlah bilangan prima antara angka 40 dan 50 adalah :

21. Bilangan yang dapat habis dibagi dengan 3 dan 88 adalah