State the syntactic function of the infinitive. 1. He began to describe in detail the beauties of the picture. 2. She did not trouble to put on a hat. 3. To dine there on a June evening was a delight. 4. The only thing she could do was to give advice. 5. We used to spend a lot of time in a Greek club. 6. They planned to spend their two weeks summer holiday in London. 7. I’d better come round and see what I can do for you. 8. He had other things to think of. 9. His boots stood in front of the fire to warm. 10. She was silent as they continued to walk.

1.The doctor made ( - )do some sports. 2.The patient was made ( to ) do some sports. 3. The policeman heard the woman ( to ) cry. 4. The woman was heard ( to ) cry. 5. The rain made us ( to / - ) go home. 6. The students were made ( to / - ) stay after the classes. 7. Why did you make me ( to ) come at such an early hour? 8. He was made ( to ) leave the palace. 9. The company was made ( - ) reduce the level of production. 10. We heard Thomas sing in the shower. 11. My sister made me ( to ) accompany her to the party. 12. Luke was made ( - ) help the old lady. 13. The witnesses saw this man steal the jewel. 14. He was made ( to ) quit his job. 15. The teacher made the student ( to ) prepare to the presentation. 16. The patient was made ( - ) take an additional examination before the surgery. 17. The minister was made ( to ) leave the conference hall. 18. Bob made me ( to ) meet him at the train station. 19. Who made you ( to ) cry? 20. What makes you ( - ) doubt me?

Хлоропла́сты (от греч. χλωρός — «зелёный» и от πλαστός — вылепленный) — зелёные пластиды, которые встречаются в клетках фотосинтезирующих эукариот. С их происходит фотосинтез. Хлоропласты содержат хлорофилл. У зелёных растений являются двумембранными органеллами[Пр. 1]. Под двойной мембраной имеются тилакоиды (мембранные образования, в которых находится электронтранспортная цепь хлоропластов). Тилакоиды высших растений группируются в граны, которые представляют собой стопки сплюснутых и тесно прижатых друг к другу тилакоидов, имеющих форму дисков. Соединяются граны с ламелл. Пространство между оболочкой хлоропласта и тилакоидами называется стромой. В строме содержатся хлоропластные молекулы РНК, пластидная ДНК, рибосомы, крахмальные зёрна, а также ферменты цикла Кальвина[1].