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Найдите в тексте глаголы, соответствующие следующим словам, и переведите их на язык: appearance, improvement, expansion, installation, map, local, detection. the radar has many peaceful uses. to help navigation at sea, small radars are installed on small commercial vessels, and larger ones are used on ocean-going liners and transports. aboard aircraft a radar is used to make air navigation and flight safe, and to map areas over which the plane is flying. a ground-based radar is employed to control flights of aircraft. in detecting a storm, a radar can locate heavy clouds associated with various weather disturbances. whatever the application, the basic principles of all types of radar equipment are deeply rooted in radio and electronics. a radar is a composite radio-electronic apparatus to be used for detecting and locating objects and targets, such as aircraft, ships, buildings, mountains, and even people at various distances and with incredible accuracy, even when darkness, fog or clouds make the targets invisible. a radar consists essentially of a microwave transmitter and antenna system, a microwave receiver, a timer or synchronizer and an indicator – all working with microsecond precision. radio energy is broadcast in any desired direction. in striking an object or target, a minute portion of the radio energy is reflected and returns to the radar within a few thousandths of a second. knowing the speed of radio energy (186, 000 miles per second) and measuring time differences between the transmitted energy and any reflected echoes, it is possible to translate these data electronically into the direct distance or range – from the radar to each object or target. determining the exact location of any target is made possible through accurate measurements of range, altitude, and azimuth, whether the target is in space, on the ground or on the sea. the data obtained (directly or through electronic processing) are displayed continuously on an indicator. this is usually a cathode-ray tube, the type of which is dependent on the kind of data to be displayed – range, altitude, azimuth, or others.

Английский язык

Ответы

julya847
The radar has many peaceful uses. To help navigation at sea, small radars are installed on small commercial vessels, and larger ones are used on ocean-going liners and transports.
Aboard aircraft a radar is used to make air navigation and flight safe, and to map areas over which the plane is flying. A ground-based radar is employed to control flights of aircraft.
In detecting a storm, a radar can locate heavy clouds associated with various weather disturbances.
Whatever the application, the basic principles of all types of radar equipment are deeply rooted in radio and electronics.
A radar is a composite radio-electronic apparatus to be used for detecting and locating objects and targets, such as aircraft, ships, buildings, mountains, and even people at various distances and with incredible accuracy, even when darkness, fog or clouds make the targets invisible.
A radar consists essentially of a microwave transmitter and antenna system, a microwave receiver, a timer or synchronizer and an indicator – all working with microsecond precision.
Radio energy is broadcast in any desired direction. In striking an object or target, a minute portion of the radio energy is reflected and returns to the radar within a few thousandths of a second. Knowing the speed of radio energy (186,000 miles per second) and measuring time differences between the transmitted energy and any reflected echoes, it is possible to translate these data electronically into the direct distance or range – from the radar to each object or target.
Determining the exact location of any target is made possible through accurate measurements of range, altitude, and azimuth, whether the target is in space, on the ground or on the sea. The data obtained (directly or through electronic processing) are displayed continuously on an indicator. This is usually a cathode-ray tube, the type of which is dependent on the kind of data to be displayed – range, altitude, azimuth, or others.
Guru-tailor

a lot of russian cities have kremlins. we can see them in pskov, novgorod, tula, smolensk and in many other places. in those days all the buildings were on the territory of the kremlin. it stood high on the bank of the moskva river. and   thanks to a wooden wall the kremlin to defend moscow from the enemies. kremlin was the most important place in moscow. later dmitry donskoi decided to build a strong wall. after that people began to speak about "white-walled moscow.'' by and by moscow was becoming a fairly important city of russia.   after many years the kremlin has become one of the most beautiful places in the world.

во многих городах россии есть кремлины. мы можем видеть их в пскове, новгороде, туле, смоленске и во многих других местах. в те дни все здания находились на территории кремля. он стоял высоко на берегу москвы-реки. а также

деревянной стене кремль защитил москву от врагов. кремль был самым важным местом в москве. позднее дмитрий донской решил построить прочную стену. после этого люди стали говорить о «белоснежной москве». «под москвой становился довольно важный город россии.

через много лет кремль стал одним из самых красивых мест в мире.

Андреевич-Екатерина1974

1) A: Why are you turning on the television?

  B: I'm going to watch the news.

2) A: Oh, I've just realized. I haven't got any money.

  B: Haven't you? Well, don't worry. I'll lend you some.

3) A: I've got a headache.

 B: Have you? Wait there and I'll get an aspirin for you.

4) A: Why are you filling that bucket with water?

 B: I'm washing the car.

5) A: I've decided to repaint this room.

  B: Oh, have you? What colour are you going to paint it?

6) A: Where are you going? Are you going shopping?

  B: Yes, I'm going to buy something for dinner.

7) A: I don't know how to use this camera.

B: It's quite easy. I'll show you.

8) A: What would you like to eat?

  B: I'll have a sandwich, please.

9) A: Did you post that letter for me?

 B: Oh, I'm sorry. I completely forgot. I'll do it now.

10) A: The ceiling in this room doesn't look very safe, does it?

   B: No, it looks as if it is going to fall down.

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Найдите в тексте глаголы, соответствующие следующим словам, и переведите их на язык: appearance, improvement, expansion, installation, map, local, detection. the radar has many peaceful uses. to help navigation at sea, small radars are installed on small commercial vessels, and larger ones are used on ocean-going liners and transports. aboard aircraft a radar is used to make air navigation and flight safe, and to map areas over which the plane is flying. a ground-based radar is employed to control flights of aircraft. in detecting a storm, a radar can locate heavy clouds associated with various weather disturbances. whatever the application, the basic principles of all types of radar equipment are deeply rooted in radio and electronics. a radar is a composite radio-electronic apparatus to be used for detecting and locating objects and targets, such as aircraft, ships, buildings, mountains, and even people at various distances and with incredible accuracy, even when darkness, fog or clouds make the targets invisible. a radar consists essentially of a microwave transmitter and antenna system, a microwave receiver, a timer or synchronizer and an indicator – all working with microsecond precision. radio energy is broadcast in any desired direction. in striking an object or target, a minute portion of the radio energy is reflected and returns to the radar within a few thousandths of a second. knowing the speed of radio energy (186, 000 miles per second) and measuring time differences between the transmitted energy and any reflected echoes, it is possible to translate these data electronically into the direct distance or range – from the radar to each object or target. determining the exact location of any target is made possible through accurate measurements of range, altitude, and azimuth, whether the target is in space, on the ground or on the sea. the data obtained (directly or through electronic processing) are displayed continuously on an indicator. this is usually a cathode-ray tube, the type of which is dependent on the kind of data to be displayed – range, altitude, azimuth, or others.
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