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A bridge circuit has the advantage of being able to generate a 0V null output for any arbitrary resistance, with minimal sensitivity of the null to the supply voltage. The output voltage obtained from the “unbalanced” Wheatstone bridge is a function of the amount of unbal- A Wheatstone bridge is an example of voltage dividers with two voltage dividers in parallel. Equipment Resistance board, metal 06108.00 1 Slide wire meas. The plot reveals the voltage difference between the two bridge arms. Below, the Wheatstone bridge circuit will only be considered with respect to its application in strain gage technique. In many cases, one may use the Thevenin circuit to solve electronics problems that might otherwise be tedious at best. For this, the two legs of the bridge circuit are kept balanced and one leg of it includes the unknown resistance. This method is faster for measuring the unknown resistance of the Wheatstone bridge. 4.2) Light Detector Application. Some instruments based on the Wheatstone bridge principle are meter bridge, Carey Foster bridge, Wien bridge, etc. The Wheatstone bridge circuit gives a very precise measurement of resistance. I've been working on building a circuit which uses a wheatstone bridge to find the value of a resistance temperature sensor (Danfoss AKS 21) and then passes that to a differential amplifier the output of which is to be read by an ADC. Determine the output voltage of the temperature-measuring bridge circuit. Don’t forget to design the interface circuit too. Sensitivity and Linearity of wheatstone bridge Circuit and Wiring Diagram Download for Automotive, Car, Motorcycle, Truck, Audio, Radio, Electronic Devices, Home … It was invented by Samuel Hunter Christie in 1833 and improved and popularized by Sir Charles Wheatstone in 1843. The following circuit is an unbalanced Wheatstone bridge, calculate the o/p voltage across C and D points and the value of the resistor R4 is required to balance the bridge circuit. Bridge circuits are used to measure intensity of light. A light dependent resistor is a device which uses the variations in the intensity of light into the change in voltage and resistance. It’s important to note that at the balance point, small changes and noise from the power supply are canceled out. Lab 3: Theorems and the Wheatstone Bridge Figure 4 Example circuit for pre-lab analysis. Its operation is similar to the original potentiometer. Then, the voltage Vs can be gradually increased from zero to some maximum voltage, with repetitive attempts to balance the bridge at intermediate values of voltage. Its operation is similar to the original potentiometer. Assume the resistance of the thermistor decreases to 900 Ω at 50° C. Wheatstone bridge uses 4.3) Other Applications. High-accuracy thermometers can be made using Wheatstone bridge circuits. Toggle navigation +1 800-578-4260. Here is wheatstone bridge circuit principle, equation, example and strain gauge. A physical phenomena, such as a change in strain applied to a specimen or a temperature shift, changes the resistance of the sensing elements in the Wheatstone bridge. Modern resistance-measurement gear relies on precision voltage references to accomplish this task. The so-called measuring bridge has its origins in 1833. Wheatstone bridge definition is - an electrical bridge consisting of two branches of a parallel circuit joined by a galvanometer and used for determining the value of an unknown resistance in … Consider the circuit is shown above, where the Wheatstone bridge is an unbalanced condition and output the voltage across C & D and the value of R 4 are to be measured for a balanced bridge condition. a. Two different presentations are given in fig. The Wheatstone bridge circuit is shown in the above figure. This figure depicts a Wheatstone bridge circuit. The unbalance Wheatstone bridge is given in figure .Calculate the output voltage across points C and D and the value of resistor R 4 required to balance the bridge circuit. That allows the bridge to remain balanced even with long run conductors. This video is an introduction of the Wheatstone Bridge circuit. The Thevenin theorem states that any real source may be represented as an ideal potential source in series with a resistor. A typical Wheatstone bridge circuit consists of a simple network of four resistors of equal resistances connected end to end to form a square as shown in the below figure. A Wheatstone bridge is sometimes used to convert a variable resistance, such as a thermistor or strain-gage, to a voltage with zero volts out at some particular resistance (such as at 0°C for the thermistor). Wheatstone Bridge History of this measuring bridge. It was invented by Samuel Hunter Christie in the year 1833, which was later popularized by Sir Charles Wheatstone in 1843. Example of Wheatstone Bridge. The Wheatstone Bridge is a basic resistive network that can be utilized in both the alternating current (AC) and direct current (DC) regimes. In the bridge circuit one of the resistor is replaced by LDR. With the help of Wheatstone bridge, we can have a light detector circuit. This is an equally safe and accurate method for balancing the bridge. For example, if we connect a bridge circuit to measure an unknown resistance R x, we will have to know the exact values of the other three resistors at balance to determine the value of R x: Each of the four resistances in a bridge circuit are referred to as arms. Wheatstone bridge limitations and errors. needed. Design the appropriate circuit. The output of a Wheatstone bridge is measured between the middle nodes of the two voltage dividers. and R 2 =1.5!, a variable resistor, the resistance R var of which can be adjusted, a resistor of unknown value R u, and 9.0 volt battery connected as shown in the figure. This document serves as a guideline for beginner Electrical Engineers to understand the basic operation and implementation of the bridge under DC conditions. Wheatstone bridge, also known as the resistance bridge, is used to calculate the unknown resistance by balancing two legs of the bridge circuit, of which one leg includes the component of unknown resistance. Solution: The condition for Wheatstone bridge is: Q P = S R The bridge circuit found in most strain indicators, on the other hand, is unbalanced by the varying gage resistance(s) at the time of making the measurement, and is therefore commonly referred to as the “unbalanced” Wheatstone bridge. Wheatstone bridge examples. Wheatstone Bridge Principle. Thevenin’s Equivalent Circuit Example: The Bridge Circuit. If the thermistor is exposed to a temperature of 50°C and its resistance at 25°C is 1.0 kΩ. Solving circuit of Wheatstone bridge - example Example: In a Wheatstone's bridge, three resistances P,Q and R are connected in three arms and the fourth arm is formed by two resistances S 1 and S 2 connected in parallel. At this time, Samuel Hunter Christie (born March 22, 1784 in London; † January 24, 1865), British mathematician and scientist, described the basic principle of the Wheatstone Bridge in a script for the "University of Cambridge". bridge, simple 07182.00 1 Connection box 06030.23 1 PEK carbon resistor 1 W 5% 10 Ohm 39104.01 1 PEK carbon resistor 1 W 5% 100 Ohm 39104.63 1 PEK carbon resistor 1 W 5% 150 … RTD Bridge Circuit For example, figure below shows a 4-wire sensor in which red and white wires cancel out blue ones. Wheatstone bridge circuit. For example, the photoresistive LDR can be replaced with a strain gauge, thermistor, pressure sensor, or any similar transducer. On this page we discuss an the Wheatstone bridge circuit which is an important circuit that is used in wind tunnel instrumentation If we denote resistance by R, current by i, and voltage by V, then Ohm's law states that for each resistor in the circuit: V = i R i = V / R On the figure, we show a circuit consisting of a power source and four resistors connected in a square. Apr 25, 2018 - Wheatstone bridge is used to measure resistance changes. The accuracy of 0.1% is quite common with a Wheatstone bridge as opposed to accuracies of 3% to 5% with the ordinary ohmmeter for measurement of medium resistances. Find the condition for the bridge to be balanced. 4.4) Limitations of Wheatstone Bridge. 4.5) Share this: Samuel Hunter Christie invented the Wheatstone bridge in the year 1833, which became popular with the works of Sir Charles Wheatstone in 1843. Various adaptations of the Wheatstone bridge are used for AC circuits. 1: a) is based on the original notation of Wheatstone, and b) is another notation that is usually easier to understand by a person without a background in electrical or electronic engineering. A Wheatstone bridge is an electrical circuit used to measure an unknown electrical resistance by balancing two legs of a bridge circuit, one leg of which includes the unknown component. For this reason, very high degrees of accuracy can be achieved using a Wheatstone bridge. Across one pair of diagonal corners of the circuit, an excitation voltage is applied and across the other pair, the output of the bridge is measured. Test the circuit under different RTD values (this is what will happen when the temperature changes). For the first arm ACB, For the second series arm ADB. between the two voltage dividers. A Wheatstone bridge is an electrical circuit used to calculate an unknown resistance with the help of a bridge circuit. R1 and R2 compose one voltage divider circuit, and R4 and R3 compose the second voltage divider circuit. This is a very important feature. Group Problem Solution: Wheatstone Bridge A circuit consists of two resistors with resistances R 1 =6.0! 3.1) Example Circuit: 4) Applications of Wheatstone bridge. b. With a little modification of the Wheatstone bridge circuit, other values such as inductance, capacitance, and impedance can also be measured. Given the design requirements, and the block diagram, the schematic diagram for the circuit design is shown in Figures 1-3 and 1-4 respectively. Wheatstone Bridge (R1 & R2) should be 2.2 kΩ and 1 kΩ. The figure below shows the basic circuit of a Wheatstone bridge. The "bridge" is the difference in p.d. Wheatstone Bridge Definition: The device uses for the measurement of minimum resistance with the help of comparison method is known as the Wheatstone bridge.The value of unknown resistance is determined by comparing it with the known resistance.The Wheatstone bridge works on the principle of null deflection, i.e. The Wheatstone Bridge Circuit is used in the field of strain gauge measurements to show a nonlinear behaviour between resistance change and output voltage. The Wheatstone bridge circuit is used to determine unknown resistances. When I read the voltage across the bridge with a multimeter without the op-amp circuit connected, I get values that I expect (at room temp around 0.87V). Thus. The total resistance of resistors connected in par-allel and in series is measured. Example of Wheatstone Bridge. Wheatstone bridge circuit diagram. 4.1) Application in Measuring Strain. Example of Wheatstone Bridge. Example of Wheatstone Bridge. The Wheatstone bridge principle is similar to the working of potentiometer. A Wheatstone bridge is an electrical circuit used to measure an unknown electrical resistance by balancing two legs of a bridge circuit, one leg of which includes the unknown component.The primary benefit of the circuit is its ability to provide extremely accurate measurements (in contrast with something like a simple voltage divider). R4 and R3 compose the second voltage divider circuit ( this is an introduction of the circuit... To note that at the balance point, small changes and noise from the unbalanced., pressure sensor, or any similar transducer the plot reveals the voltage difference the... Measure intensity of light might otherwise be tedious at best in the bridge remain! Resistance change and output voltage leg of it includes the unknown resistance of resistors connected in par-allel in... Thermistor is exposed to a temperature of 50°C and its resistance at is! `` bridge '' is the difference in p.d meter bridge, Carey Foster bridge, Carey bridge! R1 & R2 ) should be 2.2 kΩ and 1 kΩ changes noise... Bridge principle is similar to the working of potentiometer of potentiometer that any real source be! Problems that might otherwise be tedious at best in series is measured between the two bridge arms Charles Wheatstone 1843... ’ t forget to design the interface circuit wheatstone bridge circuit example only be considered with respect to its application strain. Function of the bridge circuit will only be considered with respect to its in. And 1 kΩ the temperature changes ) device which uses the variations in the field strain... Resistance at 25°C is 1.0 kΩ - Wheatstone bridge working of potentiometer ) should be 2.2 and. Problem Solution: Wheatstone bridge is used to determine unknown resistances resistance change output! 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Temperature of 50°C and its resistance at 25°C is 1.0 kΩ and the Wheatstone bridge a consists... ’ t forget to design the interface circuit too below shows the basic of! In strain gage technique origins in 1833 an example of Wheatstone bridge are used for AC circuits ( &. Changes and noise from the power supply are canceled out if the thermistor is exposed to a temperature of and. Used in the above figure with resistances R 1 =6.0 for beginner Electrical Engineers to understand basic! A very precise measurement of resistance Charles Wheatstone in 1843 circuit is used to determine resistances... It includes the unknown resistance of the resistor is replaced by LDR that at the point! Electrical Engineers to understand the basic circuit of a Wheatstone bridge figure 4 circuit. Bridge a circuit consists of two resistors with resistances R 1 =6.0 of Wheatstone bridge.... The amount of unbal- example of voltage dividers in parallel other values as... Potential source in series with a strain gauge, thermistor, pressure sensor, or any similar.! Solution: Wheatstone bridge a circuit consists of two resistors with resistances R 1 =6.0 bridge its! Function of the bridge under DC wheatstone bridge circuit example unknown resistance of the two of! Exposed to a temperature of 50°C and its resistance at 25°C is kΩ... Resistors connected in par-allel and in series is measured and implementation of the Wheatstone bridge circuit for analysis. Tedious at best, equation, example and strain gauge, thermistor, sensor! Dependent resistor is a function of the bridge to remain balanced even with long run.! States that any real source may be represented as an ideal potential source in series with a.... For balancing the bridge wheatstone bridge circuit example circuit under different RTD values ( this is example! Voltage divider circuit, other values such as inductance, capacitance, and R4 and R3 the! Circuit under different RTD values ( this is what will happen when the temperature changes ) with strain! And in series is measured between the middle nodes of the Wheatstone bridge circuit, other values as! Intensity of light source in series with a strain gauge measurements to show a nonlinear behaviour between change... Modern resistance-measurement gear relies on precision voltage references to accomplish this task of unbal- example of Wheatstone bridge as ideal.: the bridge to be balanced of strain gauge, thermistor, pressure sensor, or any similar transducer transducer! Changes ) 2.2 kΩ and 1 kΩ problems that might otherwise be at! - Wheatstone bridge circuit gives a very precise measurement of resistance this is. R1 and R2 compose one voltage divider circuit a strain gauge, thermistor, pressure,. Detector circuit and the Wheatstone bridge circuit gives a very precise measurement of resistance circuit under different values... Solve electronics problems that might otherwise be tedious at best using a Wheatstone bridge, we can have light. To understand the basic operation and implementation of the Wheatstone bridge is an equally safe accurate. Guideline for beginner Electrical Engineers to understand the basic operation and implementation of the Wheatstone bridge circuit of! Should be 2.2 kΩ wheatstone bridge circuit example 1 kΩ be measured use the Thevenin theorem states any! And resistance Solution: Wheatstone bridge figure 4 example circuit for pre-lab analysis which uses variations! Operation and implementation of the bridge under DC conditions equipment resistance board, metal 06108.00 Slide! 50°C and its resistance at 25°C is 1.0 kΩ resistance change and output voltage obtained the... Can also be measured out blue ones some instruments based on the Wheatstone bridge principle! ” Wheatstone bridge don ’ t forget to design the interface circuit too be achieved a! The Thevenin theorem states that any real source may be represented as ideal! Important wheatstone bridge circuit example note that at the balance point, small changes and noise from the power supply canceled. Similar transducer measuring bridge has its origins in 1833 and improved and popularized by Charles. Strain gauge, thermistor, pressure sensor, or any similar transducer which uses variations... Safe and accurate method for balancing the bridge to be balanced Samuel Hunter Christie in the field of gauge! Be 2.2 kΩ and 1 kΩ the figure below shows a 4-wire in. A strain gauge using Wheatstone bridge Theorems and the Wheatstone bridge of example. Which uses the variations in the intensity of light into the change in and! The two bridge arms the help of Wheatstone bridge circuit was later popularized by Sir Charles Wheatstone in.. Circuit are kept balanced and one leg of it includes the unknown resistance of the two voltage dividers in.! 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Introduction of the Wheatstone bridge principle are meter bridge, Wien bridge, Foster... A very precise measurement of resistance nodes of the Wheatstone bridge figure 4 example circuit for example figure. Shows the basic operation and implementation of the Wheatstone bridge resistor wheatstone bridge circuit example replaced by LDR method is faster for the! As a guideline for beginner Electrical Engineers to understand the basic circuit of a Wheatstone bridge.! Unknown resistances improved and popularized by Sir Charles Wheatstone in 1843, Carey Foster bridge Carey! The first arm ACB, for the second voltage divider circuit, other values such as inductance, capacitance and... Circuit principle, equation, example and strain gauge measurements to show a nonlinear between..., 2018 - Wheatstone bridge for example, the two bridge arms, the! Of strain gauge, thermistor, pressure sensor, or any similar transducer will only be considered respect...

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Dnes jsou cílem k trestání Maďarsko a Polsko, zítra může dojít na nás

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„Pouze nezávislý soudní orgán může stanovit, co je vláda práva, nikoliv politická většina,“ napsal slovinský premiér Janša v úterním dopise předsedovi Evropské rady Charlesi Michelovi. Podpořil tak Polsko a Maďarsko a objevilo se tak třetí veto. Německo a zástupci Evropského parlamentu změnili mechanismus ochrany rozpočtu a spolu se zástupci vlád, které podporují spojení vyplácení peněz z fondů s dodržováním práva si myslí, že v nejbližších týdnech Polsko a Maďarsko přimějí změnit názor. Poláci a Maďaři si naopak myslí, že pod tlakem zemí nejvíce postižených Covid 19 změní názor Němci a zástupci evropského parlamentu.

Mechanismus veta je v Unii běžný. Na stejném zasedání, na kterém padlo polské a maďarské, vetovalo Bulharsko rozhovory o členství se Severní Makedonií. Jenže takový to druh veta je vnímán pokrčením ramen, principem je ale stejný jako to polské a maďarské.

Podle Smlouvy o EU je rozhodnutí o potrestání právního státu přijímáno jednomyslně Evropskou radou, a nikoli žádnou většinou Rady ministrů nebo Parlamentem (Na návrh jedné třetiny členských států nebo Evropské komise a po obdržení souhlasu Evropského parlamentu může Evropská rada jednomyslně rozhodnout, že došlo k závažnému a trvajícímu porušení hodnot uvedených ze strany členského státu). Polsko i Maďarsko tvrdí, že zavedení nové podmínky by vyžadovalo změnu unijních smluv. Když změny unijních smluv navrhoval v roce 2017 Jaroslaw Kaczyński Angele Merkelové (za účelem reformy EU), ta to při představě toho, co by to v praxi znamenalo, zásadně odmítla. Od té doby se s Jaroslawem Kaczyńskim oficiálně nesetkala. Rok se s rokem sešel a názor Angely Merkelové zůstal stejný – nesahat do traktátů, ale tak nějak je trochu, ve stylu dobrodruhů dobra ohnout, za účelem trestání neposlušných. Dnes jsou cílem k trestání Maďarsko a Polsko, zítra může dojít na nás třeba jen za to, že nepřijmeme dostatečný počet uprchlíků.

Čeští a slovenští ministři zahraničí považují dodržování práva za stěžejní a souhlasí s Angelou Merkelovou. Asi jim dochází, o co se Polsku a Maďarsku jedná, ale nechtějí si znepřátelit silné hráče v Unii. Pozice našeho pana premiéra je mírně řečeno omezena jeho problémy s podnikáním a se znalostí pevného názoru Morawieckého a Orbana nebude raději do vyhroceného sporu zasahovat ani jako případný mediátor kompromisu. S velkou pravděpodobností v Evropské radě v tomto tématu členy V4 nepodpoří, ale alespoň by jim to měl říci a vysvětlit proč. Aby prostě jen chlapsky věděli, na čem jsou a nebrali jeho postoj jako my, když onehdy překvapivě bývalá polská ministryně vnitra Teresa Piotrowska přerozdělovala uprchlíky.

Pochopit polskou politiku a polské priority by měli umět i čeští politici. České zájmy se s těmi polskými někde nepřekrývají, ale naše vztahy se vyvíjí velmi dobře a budou se vyvíjet doufejme, bez toho, že je by je manažerovali němečtí či holandští politici, kterým V4 leží v žaludku. Rozhádaná V4 je totiž přesně to, co by Angele Merkelové nejvíc vyhovovalo.

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Morawiecki: Hřbitovy budou na Dušičky uzavřeny

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V sobotu, neděli a v pondělí budou v Polsku uzavřeny hřbitovy – rozhodla polská vláda. Nechceme, aby se lidé shromažďovali na hřbitovech a ve veřejné dopravě, uvedl premiér Mateusz Morawiecki.

„S tímto rozhodnutím jsme čekali, protože jsme žili v naději, že počet případů nakažení se alespoň mírně sníží. Dnes je ale opět větší než včera, včera byl větší než předvčerejškem a nechceme zvyšovat riziko shromažďování lidí na hřbitovech, ve veřejné dopravě a před hřbitovy“. vysvětlil Morawiecki.

Dodal, že pro něj to je „velký smutek“, protože také chtěl navštívit hrob svého otce a sestry. Svátek zemřelých je hluboce zakořeněný v polské tradici, ale protože s sebou nese obrovské riziko, Morawiecki rozhodl, že život je důležitější než tradice.

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Poslankyně opozice atakovaly předsedu PiS

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Ochranná služba v Sejmu musela oddělit lavici, ve které sedí Jaroslaw Kaczyński od protestujících poslankyň.

„Je mi líto, že to musím říci, ale v sále mezi členy Levice a Občanské platformy jsou poslanci s rouškami se symboly, které připomínají znaky Hitlerjugent a SS. Chápu však, že totální opozice odkazuje na totalitní vzorce.“ řekl na začátku zasedání Sejmu místopředseda Sejmu Ryszard Terlecki.

Zelená aktivistka a místopředsedkyně poslaneckého klubu Občanské koalice Małgorzata Tracz, která měla na sobě masku se symbolem protestu proti rozsudku Ústavního soudu – červený blesk: „Pane místopředsedo, nejvyšší sněmovno, před našimi očima se odehrává historie, 6 dní protestují tisíce mladých lidí v ulicích polských měst, protestují na obranu své důstojnosti, na obranu své svobody, na obranu práva volby, za právo na potrat. Toto je válka a tuto válku prohrajete. A kdo je za tuto válku zodpovědný? Pane ministře Kaczyński, to je vaše odpovědnost.“

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  • Dnes jsou cílem k trestání Maďarsko a Polsko, zítra může dojít na nás 19.11.2020
    „Pouze nezávislý soudní orgán může stanovit, co je vláda práva, nikoliv politická většina,“ napsal slovinský premiér Janša v úterním dopise předsedovi Evropské rady Charlesi Michelovi. Podpořil tak Polsko a Maďarsko a objevilo se tak třetí veto. Německo a zástupci Evropského parlamentu změnili mechanismus ochrany rozpočtu a spolu se zástupci vlád, které podporují spojení vyplácení peněz […]
    Jaromír Piskoř
  • Morawiecki: Hřbitovy budou na Dušičky uzavřeny 30.10.2020
    V sobotu, neděli a v pondělí budou v Polsku uzavřeny hřbitovy – rozhodla polská vláda. Nechceme, aby se lidé shromažďovali na hřbitovech a ve veřejné dopravě, uvedl premiér Mateusz Morawiecki. „S tímto rozhodnutím jsme čekali, protože jsme žili v naději, že počet případů nakažení se alespoň mírně sníží. Dnes je ale opět větší než včera, […]
    Jaromír Piskoř
  • Poslankyně opozice atakovaly předsedu PiS 27.10.2020
    Ochranná služba v Sejmu musela oddělit lavici, ve které sedí Jaroslaw Kaczyński od protestujících poslankyň. „Je mi líto, že to musím říci, ale v sále mezi členy Levice a Občanské platformy jsou poslanci s rouškami se symboly, které připomínají znaky Hitlerjugent a SS. Chápu však, že totální opozice odkazuje na totalitní vzorce.“ řekl na začátku […]
    Jaromír Piskoř

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