ВУЗ: Не указан
Категория: Не указан
Дисциплина: Не указана
Добавлен: 25.10.2023
Просмотров: 142
Скачиваний: 1
ВНИМАНИЕ! Если данный файл нарушает Ваши авторские права, то обязательно сообщите нам.
М ИНИСТЕРСТВО НАУКИ И ВЫСШЕГО ОБРАЗОВАНИЯ РОССИЙСКОЙ ФЕДЕРАЦИИфедеральное государственное бюджетное образовательное учреждениевысшего образования«Тольяттинский государственный университет»Гуманитарно-педагогический институт(наименование института полностью)Кафедра "Педагогика и методики преподавания"(наименование кафедры/департамента/центра полностью)44.03.02 Психолого-педагогическое образование(код и наименование направления подготовки, специальности)Психология и педагогика начального образования(направленность (профиль) / специализация)ПРАКТИЧЕСКОЕ ЗАДАНИЕ № 4по учебному курсу «Английский язык в сфере профессиональной коммуникации 2»
Тольятти 2022INNOVATIONS IN CHEMICAL ENGINEERING Assignment 1Match the following inventions with the names of great scientists.A Boyle-Mariotte law D Molecular theoryB Valency theory E Periodic lawC the main law of thermochemistry F thermal gas expansion law(“law of definite amount of heat”)(1) Avogadro D (2) Boyle A (3) Gay-Lussac F(4) Mendeleyev E (5) Hess
С (6) Kekule BAssignment 2Complete the table below with appropriate forms of the words.
Assignment 3The words below can be used to describe inventions or new ideas. Which have a positive meaning? Which have a negative meaning?Efficient, brilliant, ingenious, revolutionary, ridiculous, viable, beneficial, ground-breaking, clever, uneconomical, impractical, useless, marketable, pointless, feasible
Assignment 4Read the text and fill in the blanks with words from the list below.Ultraviolet, light, photochemistry, domestic, hydrogen, bugs, chemicals, sewage, germ-free, bug-killingPHOTOCHEMISTRYScientists have found new ways to shed light on the old problem of pollution - by using 1Ultraviolet lamps to eradicate bacteria.They have discovered that if sewage or other effluent is mixed with titanium dioxide, the basic ingredient of paint, and then exposed to ultra-violet 2 light, the result is annihilation of all 3 bugs.This startlingly simple and cheap technique was revealed at last month's British Association for the Advancement of Science meeting in Swansea when researchers outlined their latest discoveries in the rapidly expanding field of 4 photochemistry, the study of compounds that react to light.The ultraviolet project, a spin-off from research aimed at producing 5 hydrogen fuel from sea water, has widespread applications. For example, simple, yet highly effective devices for removing legionella bacteria from office air conditioning systems could be built this way, said Dr Andrew Mills of Swansea University. In addition, pilot
6 bug-killing plants that use ultraviolet light are already being tested in America and Britain.There are two parts to the 7 sewage system. Firstly, titanium dioxide is mixed in water. Then, when ultraviolet light is shone on the mixture, the titanium dioxide becomes energized and begins to oxidize chemicals it comes in contact with.'Any bacteria that touch the granules are mineralized,' said Dr Mills, who presented the keynote Kelvin Lecture at the association meeting in Swansea. 'It is an extremely simple but powerful effect.'The action produced is similar to that of household bleach, which one day could be replaced by ultraviolet light, he added.'One idea is to use ultraviolet light to make the 8 germ-free toilets of the future. The toilet would be coated in titanium dioxide and then an ultra-violet light would shine when the seat is put down, just as a fridge light comes on when its door is opened. Bacteria wouldn't have a chance.'This last idea may seem a trifle eccentric. Nevertheless, several major companies, including Unilever, have recently begun research on ultraviolet-powered 9 domestic appliances, though most of this effort has concentrated on developing washing machines. Instead of using heat and detergents to break down and remove dirt on clothes, ultra-violet light would do the job.Apart from saving on electricity, such devices would avoid the use of poisonous chemicals, like bleach, or detergents that have harmful environmental effects. 'That is the real motive of our research', added Dr Mills. 'Light-powered devices will free us from using damaging 10 chemicals, and also from having to generate electricity to provide heat – and that will have a considerable number of benefits, particularly for the environment.'Assignment 5Read the text about Alta Chemical (a leading global manufacturer of adhesives, printing inks, specialty polymers and other materials). Use the words given in the box to fulfill the spaces.commercial, innovation, developments, generating, working, production, chemists, developed, successfully, marketing
| Студент | Галиулина Н.А. (И.О. Фамилия) |
| Группа | ППОбд-1802б (И.О. Фамилия) |
| Преподаватель | Михайлина О.Н. (И.О. Фамилия) |
С (6) Kekule BAssignment 2Complete the table below with appropriate forms of the words.
| verb | noun (thing) | noun (person) | adjective |
| develop | development | developer | developed/ developmental/ developing |
| design | design | designer | - |
| invent | invention | inventor | inventive/ invented |
| innovate | innovation | innovator | innovative |
| produce | production | producer | productive |
| create | creation | creator | creative/created |
| pioneer | - | pioneer | pioneering |
| patent | patent | patentee | patent/patented |
| positive | negative |
| efficient, brilliant, beneficial revolutionary marketable, ground, feasible, viable, ingenious, clever | useless, pointless, ridiculous, uneconomical, breaking impractical |
6 bug-killing plants that use ultraviolet light are already being tested in America and Britain.There are two parts to the 7 sewage system. Firstly, titanium dioxide is mixed in water. Then, when ultraviolet light is shone on the mixture, the titanium dioxide becomes energized and begins to oxidize chemicals it comes in contact with.'Any bacteria that touch the granules are mineralized,' said Dr Mills, who presented the keynote Kelvin Lecture at the association meeting in Swansea. 'It is an extremely simple but powerful effect.'The action produced is similar to that of household bleach, which one day could be replaced by ultraviolet light, he added.'One idea is to use ultraviolet light to make the 8 germ-free toilets of the future. The toilet would be coated in titanium dioxide and then an ultra-violet light would shine when the seat is put down, just as a fridge light comes on when its door is opened. Bacteria wouldn't have a chance.'This last idea may seem a trifle eccentric. Nevertheless, several major companies, including Unilever, have recently begun research on ultraviolet-powered 9 domestic appliances, though most of this effort has concentrated on developing washing machines. Instead of using heat and detergents to break down and remove dirt on clothes, ultra-violet light would do the job.Apart from saving on electricity, such devices would avoid the use of poisonous chemicals, like bleach, or detergents that have harmful environmental effects. 'That is the real motive of our research', added Dr Mills. 'Light-powered devices will free us from using damaging 10 chemicals, and also from having to generate electricity to provide heat – and that will have a considerable number of benefits, particularly for the environment.'Assignment 5Read the text about Alta Chemical (a leading global manufacturer of adhesives, printing inks, specialty polymers and other materials). Use the words given in the box to fulfill the spaces.commercial, innovation, developments, generating, working, production, chemists, developed, successfully, marketing