Bantuan Tugas Bahasa Inggris

"I have taken the salt" The form of passive voice of this sentence is .... a. The salt has been taken by him b. The salt have been taken by me c. The salt have been being taken by me d. The salt has been taken by me

Dear all of students, Each of us has different talents, different dreams, and different destinations. We all have the power to make a new tomorrow with great happiness. We, the Senior Class of Campbellsburg High School, invite you to join us on School Anniversary on Friday 1st June 2011 at 06.30 pm at Hamilton Auditorium Campbellsburg, Arizona. The purpose of the text above is .... a. to push someone b. to invite someone c. to forbid someone d. to inform everyone e. to remind someone

To: Ryan Buddy, I’ve just received news from Herdy. This afternoon Mrs Ida wants us to finish our projects at school. Please don’t come late. Our group presentation must be good next week! 40. What is the relationship between Ryan and the writer? a. Brothers. b. Relatives. c. Roommates. d. Classmates.

... you ever been to New York? A. Are B. Were C. Do D. Have

Surabaya, 19th February 2021 Dear Nathan How are you? Hope everything is okay with you. I'm all right here. We are going to have the examination, aren't we? Are you well prepared for it? Well, to be honest, I just have some difficulties in preparing for it, especially in Science. There are extra lessons in my school and I take them all. But, I feel that they don't help. I'm still confused in solving Mathematic problems. I'm just worried that I fail the national examination. Do you have any suggestion for me? I really appreciate your help. I look forward to hearing from you. Your buddy Rendy 1. What does the letter tell us about? A. Asking for a friend to teach Mathematic B. Preparing for the examination C. Asking for a friend's suggestion to solve a problem D. Giving a solution to a friend E. Having extra lesson at school

Fill in the blanks with the correct WH-word. _____ are you today? I'm fine, thank you

Spider-Man isn't the only person with an interest in spider silk. While Spider-Man uses the threads to zigzag from building to building, or to snare a bad guy, scientists are investigating silk for different reasons. Though researchers have learned a lot about silk by investigating spiders, insects such as caterpillars, ants and bees also have been studied for the sticky stuff. Scientists are even trying to get silk from animals such as goats. It turns out silk might be good for weaving a lot more than shirts and ties. In t he future, the silky fiber might be used to make supertough bulletproof vests and light but strong parachute cords. Silk also might work well for delicate tasks inside the body. Researchers are experimenting with using silk to support growing cells, the same way a construction crew builds scaffolding around a building to help keep everything in its place during construction. Spider silk is an ideal material, according to a researcher from University of Wyoming, but humans have been gathering silk not from spiders but from silkworms for hundreds of years. But silkworm silk has its problems. A silkworm covers its silk in sticky glue that holds the cocoon together. Sometimes humans have a bad allergic reaction to this glue. Spiders, on the other hand, don't use sticky glue. Most spiders have an abdomen made up of five different sections. The last two sections are where the silk-making happens. These sections of the lower belly are modified into special structures called spinnerets, which are sort of like faucets for silk. The silk is mixed in glands and then secreted out of the spinnerets. Spiders can't shoot silk out for long distances the way Spider-Man does. Instead, they attach the emerging silk to something, like a tree branch, and then move away from the branch. This pulls the silk outward. The main ingredient in spider silk is proteins, and there are many different kinds, depending on which spider is spinning and which silk it wants to make. Some of the proteins are very large and complicated, and therefore hard to make a lot of in the lab. So some scientists have put the genes that have the instructions for making silk into other creatures, such as goats. The silk making genes are turned on only in the goat cells that make milk, so when these goats are milked, there is silk in the milk. However, a liter of milk may have only 15 grams of silk, which means it would take about 600 gallons of milk to make one bulletproof vest. At higher concentrations the milk starts *clumping*, perhaps because the silk proteins are sticking to milk proteins. The word clumping in paragraph 5 is best replaced by ... (A) clotting (B) cluttering (C) spreading (D) dispersing (E) collecting

Once, there were two horses. Both of them were pulling a cart. The first horse pulled the cart well, but the second horse kept stopping. The load of the second horse was moved onto the first horse. No wonder, the first horse got tired soon. Seeing that, the second horse walked with ease and sa id to the first horse, "Work hard and sweat! The more you try, the more humans make you work.'' When the two horses got into the stable, their master came and sa id, "Why would I feed two horses if only one horse works? I shall do better to eat and kill the other.'' "I shall at least be on his side.'' said the first horse. Then, the second horse was killed for he did not work well. What is the story about? A. Horses and their master. B. A horse and the master. C. A lazy horse. D. Two horses.

Spider-Man isn't the only person with an interest in spider silk. While Spider-Man uses the threads to zigzag from building to building, or to snare a bad guy, scientists are investigating silk for different reasons. Though researchers have learned a lot about silk by investigating spiders, insects such as caterpillars, ants and bees also have been studied for the sticky stuff. Scientists are even trying to get silk from animals such as goats. It turns out silk might be good for weaving a lot more than shirts and ties. In t he future, the silky fiber might be used to make supertough bulletproof vests and light but strong parachute cords. Silk also might work well for delicate tasks inside the body. Researchers are experimenting with using silk to support growing cells, the same way a construction crew builds scaffolding around a building to help keep everything in its place during construction. Spider silk is an ideal material, according to a researcher from University of Wyoming, but humans have been gathering silk not from spiders but from silkworms for hundreds of years. But silkworm silk has its problems. A silkworm covers its silk in sticky glue that holds the cocoon together. Sometimes humans have a bad allergic reaction to this glue. Spiders, on the other hand, don't use sticky glue. Most spiders have an abdomen made up of five different sections. The last two sections are where the silk-making happens. These sections of the lower belly are modified into special structures called spinnerets, which are sort of like faucets for silk. The silk is mixed in glands and then secreted out of the spinnerets. Spiders can't shoot silk out for long distances the way Spider-Man does. Instead, they attach the emerging silk to something, like a tree branch, and then move away from the branch. This pulls the silk outward. The main ingredient in spider silk is proteins, and there are many different kinds, depending on which spider is spinning and which silk it wants to make. Some of the proteins are very large and complicated, and therefore hard to make a lot of in the lab. So some scientists have put the genes that have the instructions for making silk into other creatures, such as goats. The silk making genes are turned on only in the goat cells that make milk, so when these goats are milked, there is silk in the milk. However, a liter of milk may have only 15 grams of silk, which means it would take about 600 gallons of milk to make one bulletproof vest. At higher concentrations the milk starts clumping, perhaps because the silk proteins are sticking to milk proteins. Which field might use silk in the future? (A) Health and automotive. (B) Agriculture and military. (C) Biochemistry and construction. (D) Military and medicine. (E) Mining and hospitality.

Could I ask you some questions? _____ a. Yes, you could. b. Yes, I’m. c. Yes, you can. d. No, you couldn’t.