Запишите предложения, подчеркните глагол, определите его видовременную форму, переведите предложения на русский язык?

Английский язык | студенческий

Запишите предложения, подчеркните глагол, определите его видовременную форму, переведите предложения на русский язык.

1. When electric energy is produced at the power station, it is to the transmitted over electric wires to theе consumer.

2. Wire conductors offer resistance to the current flow ; the longer thе wire, the greater is its resistance to the current flow.

3. Accordingly, the higher the offered resistance ; the greater are the heating losses in the wire.

4. Тhе strength of current depends on both the voltage and the resis¬tance in а circuit.

5. А current of 50 mА is dangerous for а man and а current of 100 mА and higher is lethal.

Ответить на вопрос
Ответы (1)
Smer09 4 июл. 2021 г., 21:59:12

1. is produced, is to the

transmitted - pres simp pass.

2. offer, is - pres simp.

3. are - pres simp

4.

Depends - pres simp 5.

Is, is - pres simp.

1. Когда электрическая энергия вырабатывается на электростанции, она передается по электрическим проводам потребителю.

2. Проводники оказывают сопротивление электрическому току ; чем длиннее провод, тем больше его сопротивление.

3. Соответственно, чем выше оказываемое сопротивление, тем больше потери на нагрев проводов.

4. Сила тока зависит от напряжения и сопротивления в цепи.

5. А ток 50 мА опасен для человека, а ток 100 мА и выше смертелен.

Camfleks 17 июн. 2021 г., 17:40:02 | 10 - 11 классы

Переведите пожалуйста текст буду очень благодарен : The transformer A transformer cannot be called a machine for it has no moving parts?

Переведите пожалуйста текст буду очень благодарен : The transformer A transformer cannot be called a machine for it has no moving parts.

We know the transformer to be an apparatus designed for changing voltages and currents by means of magnetic induction.

A two - winding transformer is consist of two coils so arranged that the magnetic lines of force of one coil pass through the other.

Transformers is generally used only with alternating current.

The alternating current in one coil induces an e.

M. f.

In the other one because of the alternations in the value of the current in the first coil.

In order to strengthen the magnetic field passing through the coils of a transformer, a closed core of iron is generally used.

The iron provides a good path for the magnetic lines of force and nearly all the lines of force from one coil pass through the other.

An ideal transformer has no load losses.

It means that all the lines of force of one coil pass through the other, and vice versa.

However, the ordinary transformer is supposed to have no load losses.

The coil on which the current is impressed on the input side of the transformer is called the primary, while the one from which the induced current is obtained on the output side is called the secondary.

In case the secondary has more turns than the primary, the output voltage is larger than the input voltage and the transformer is called a step – up when transformer.

The secondary has fewer turns than the primary the transformer is called a step - down transformer.

If the same number of magnetic lines of force pass through two - coils, the ration of the e.

M. f.

Induced in the two coils is proportional to the ratio of the number of turns in the two coils.

In the transformer this means that the e.

M. f.

In the secondary is to e.

M. f.

In the primary as the number of turns in the secondary is to the number of turns the primary.

Anastass2405 25 апр. 2021 г., 01:16:59 | 10 - 11 классы

Определите видовременные формы глаголов и укажите их инфинитив?

Определите видовременные формы глаголов и укажите их инфинитив.

Переведите предложения на русский язык 1)Secial devices measure current voltage and resistance.

2)The engineer developed this project two years a go 3) The old tubine was inproved 4)The safely will be inproved.

Evgeshik81 29 июн. 2021 г., 16:10:08 | 10 - 11 классы

Помогите?

Помогите!

Можно перевод текста .

Очень срочнооо.

За ранее большое спасибо) Electromagnetic Relay

Electromagnetic devices called relays are widely used in various

branches of industry.

The main parts of а relay are an electromagnet, а spring and аn ar

mature.

When а current starts flowing in the electromagnet winding, the

armature moves and the spring closes the contacts.

The primary circuit

of а relay is its electromagnet circuit and the secondary circuit is the

оne closed bу the contacts.

When there is по current in the relay's primary circuit, the spring

puHs the armature and the contacts оpen.

Fig. 18 shows how а relay is used to control the work of an electric

motor.

The relay is placed close to the motor which is connected to its

secondary circuit.

The armature closes the contacts of the secondary

circuit, and the motor starts operating ; it will stop when the relay opens.

Without а relay, conductors with а large crosssection would have to

be brought to the motor.

This would be very uneconomical.

The current in а relay is tens and even thousands of times smaller than that used to

power the motor.

Therefore, the connecting wires сan have small cross

sections.

22041996 4 янв. 2021 г., 22:03:22 | 10 - 11 классы

Помогите правильно перевести текст пожалуйстаааа и ответить на воапросы?

Помогите правильно перевести текст пожалуйстаааа и ответить на воапросы!

ELECTRIC CURRENT The electric current is a quantity of electrons flowing in a circuit per second of time.

The unit of measure for current is ampere.

If one coulomb passes a point in a circuit per second then the current strength is 1 ampere.

The symbol for current is I.

The current which flows along wires consists of moving electrons.

The electrons move along the circuit because the electromotive force drives them.

The current is directly proportional to the e.

M. f.

160 In addition to traveling through solids, however, the electric current can flow through liquids as well and even through gases.

In both cases it produces some most important effects to meet industrial requirements.

Some liquids, such as melted metals for example, conduct current without any change to themselves.

Others, called electrolytes, are found to change greatly when the current passes through them.

When the electrons flow in one direction only, the current is known to be d.

C. , that is, direct current.

The simplest source of power for the direct current is a battery, for a battery pushes the electrons in the same direction all the time (i.

E. , from the negatively charged terminal to the positively charged terminal).

The letters a.

C. stand for alternating current.

The current under consideration flows first in one direction and then in the opposite one.

The a.

C. used for power and lighting purposes is assumed to go through 50 cycles in one second.

One of the great advantages of a.

C. is the ease with which power at low voltage can be changed into an almost similar amount of power at high voltage and vice versa.

Hence, on the one hand alternating voltage is increased when it is necessary for long - distance transmission and, on the other hand, one can decrease it to meet industrial requirements as well as to operate various devices at home.

Although there are numerous cases when d.

C. is required, at least 90 per cent of electrical energy to be generated at present is a.

C. In fact, it finds wide application for lighting, heating, industrial, and some other purposes = 1650.

Answer the questions : 1.

What is the electric current?

2. Do melted metals conduct current without any change to themselves?

3. Can alternating voltage be changed to operate various devices at home?

4. Does a battery push the electrons in the same direction?

5. What is the alternating current used for?

Витё 1 мар. 2021 г., 08:53:00 | 10 - 11 классы

Помогите перевести текст пожалуйста ?

Помогите перевести текст пожалуйста .

WHAT IS AN ELECTRIC CURRENT?

The question is often asked : "What is an electric current?

" No one has ever seen it.

We only know of the existence of a current owing to its effects.

A current can heat a conductor, it can have a chemical action when passing through a solution, or it can produce a magnetic effect.

We can measure currents by observing their heating, chemical or mag­netic effects.

The practical unit of current is called the Ampere.

Two things are necessary to cause an electric current to flow : first - a complete circuit, and second - a driving force called the elec­tromotive force (e.

M. f.

). If you put free electrons on an insulated copper ball, what would they do?

In this case they would try to repel each other.

In case you connected this charged ball to another ball of equal size by a copper wire, what would be the result?

The electrons would move along the copper wire un­til the numbers of electrons on each ball were the same.

This is an exam­ple of electromotive force causing a current to flow.

A battery has a surplus of electrons on one of its two plates ; so you say that a battery furnishes an e.

M. f.

If a copper wire is run from one plate to the other, а current flows in the complete circuit thus made.

If a small bulb is placed in the circuit, it will light up, giving evidence to a current flow.

If the battery were disconnected and a generator substituted for it, we should have a typical lighting system.

Both batteries and gen­erators are the most common sources of electromotive force.

The practi­cal unit of e.

M. f.

Is the Volt.

Currents will flow more readily in some substances than in others, that is, various substances offer lesser or greater resistance to the flow of current.

Such substances as porcelain, ebonite, rubber, glass and the like having extremely high resistance are known as insulators.

The practical unit of resistance is the Ohm.

Substances whose properties lie between those of conductors and in­sulators are called semiconductors.

Let us name but a few most widely used at present, they are germanium, silicon, selenium and copper oxide.

The importance of semiconductors in our life cannot be overestimated.

But for these tiny "workhorses" electronic industry would not have achieved such a great progress.

Planich1010 18 мая 2021 г., 23:57:53 | 10 - 11 классы

The electric current intensity to find the third conductor resistivity and the first and second ends of the conductors?

The electric current intensity to find the third conductor resistivity and the first and second ends of the conductors.

/ проверьте пожалуйста состав предложение /.

TheDesseR 17 мар. 2021 г., 06:12:38 | 10 - 11 классы

Помогите перевести текст пожалуйста ?

Помогите перевести текст пожалуйста .

WHAT IS AN ELECTRIC CURRENT?

The question is often asked : "What is an electric current?

" No one has ever seen it.

We only know of the existence of a current owing to its effects.

A current can heat a conductor, it can have a chemical action when passing through a solution, or it can produce a magnetic effect.

We can measure currents by observing their heating, chemical or mag­netic effects.

The practical unit of current is called the Ampere.

Two things are necessary to cause an electric current to flow : first - a complete circuit, and second - a driving force called the elec­tromotive force (e.

M. f.

). If you put free electrons on an insulated copper ball, what would they do?

In this case they would try to repel each other.

In case you connected this charged ball to another ball of equal size by a copper wire, what would be the result?

The electrons would move along the copper wire un­til the numbers of electrons on each ball were the same.

This is an exam­ple of electromotive force causing a current to flow.

A battery has a surplus of electrons on one of its two plates ; so you say that a battery furnishes an e.

M. f.

If a copper wire is run from one plate to the other, а current flows in the complete circuit thus made.

If a small bulb is placed in the circuit, it will light up, giving evidence to a current flow.

If the battery were disconnected and a generator substituted for it, we should have a typical lighting system.

Both batteries and gen­erators are the most common sources of electromotive force.

The practi­cal unit of e.

M. f.

Is the Volt.

Currents will flow more readily in some substances than in others, that is, various substances offer lesser or greater resistance to the flow of current.

Such substances as porcelain, ebonite, rubber, glass and the like having extremely high resistance are known as insulators.

The practical unit of resistance is the Ohm.

Substances whose properties lie between those of conductors and in­sulators are called semiconductors.

Let us name but a few most widely used at present, they are germanium, silicon, selenium and copper oxide.

The importance of semiconductors in our life cannot be overestimated.

But for these tiny "workhorses" electronic industry would not have achieved such a great progress.

Amina401 10 сент. 2021 г., 20:25:51 | 5 - 9 классы

ПОМОГИТЕ, ПОЖАЛУЙСТА?

ПОМОГИТЕ, ПОЖАЛУЙСТА!

! ! !

! ! !

СРОЧНООО.

. . .

Напишите вопросы на английском (как задать вопрос )

the manufacturer of the watch

the price of the watch

the terms of the guarantee

the function of the watch

water - and - shock resistance.

Mokruhinanton 1 дек. 2021 г., 15:54:02 | 10 - 11 классы

Решите задание по английски, используя теорему Ома5?

Решите задание по английски, используя теорему Ома

5.

Solve these problems :

1.

How much is the current in the circuit if a 60 - volt source is connected to a resistance of 1, 600 ohms?

2. How much is the voltage in a circuit having a current equal to 25 amp, if a 25 - ohm resistance is connected to it?

3. A 70.

35 - ohm resistance is connected to the circuit.

How much is the voltage if the current equals 4.

5 amp?

Psigrok 7 авг. 2021 г., 04:47:06 | 10 - 11 классы

A short circuit occurs when a zero resistance between two points on a wire shortens the path of electron flow?

A short circuit occurs when a zero resistance between two points on a wire shortens the path of electron flow.

This usually results when the insulating material, the rubber or plastic covering the wire, has worn away so that two bare pieces of wire come into contact wih each other.

The current is simply following the path of least resistance.

When a circuit overloads or shorts out.

There is a hazard of fire.

To prevent it, safety devices like fuses or circuit breakers must be built into the system.

There are two kinds of current flow, direct current, usuaalyy abbreviated dc, and alternating current, usually abbreviated ac.

In direct current, the flow of electrons is reversed rapidly over and over again.

This is called electromagnetism.

When Thomas Eison built the first genetating station in New York in 1882, e supplied direct current for his system.

After a long and bitter struggle, however, alternating current came into general use.

Today it is used almost exclusively for homes and industry.

The main advantage of alternating current is thet there is less energy loss when current is transmitted over long distances.

1. Write out from the text threee sentences in Passive Voice and write down them in Active

2.

Write down four kinds of questions for the next sentences

The main advantage of alternating current is thet there is less energy loss when current is transmitted over long distances.

3. Write out from the text four adjectives and write down the degrees of comparison.

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