TheOneAndLonely

-Vocabulary for written exam (presentations)

-Vocabulary for written exam (presentations)


M. P.
Diese Vokabelkartei für Englisch auf Universitätsniveau umfasst 113 Vokabelkarten und konzentriert sich auf wissenschaftliche und technische Begriffe. Sie deckt Vokabeln wie "levitating" (schweben), "treatise" (Aufsatz, Abhandlung) und "coil" (Wicklung) ab, die für das Verständnis von Physik und Ingenieurwissenschaften essenziell sind. Die Plattform unterstützt auch das Rückwärtslernen von der Zielsprache zur Ausgangssprache, was besonders für fortgeschrittene Lernende nützlich ist. Diese Vokabelkarten eignen sich ideal für Studenten und Forscher, die ihr Fachvokabular erweitern und vertiefen möchten.
Flashcards
113
Students
2
Language
German
Category
English
Level
University
Created / Updated
16.01.2016 / 17.01.2016

Flashcards

Die Geschwindigkeit

the velocity:

The velocity is the speed of something in a specific direction.

Die Verformung

the deformation:

The deformation of a balloon will be temporary.

Die Abnutzung

the wear:

Without any lubrication the wear of your engine is tremendous.

Die Schmierung

the lubrication:

Without any lubrication your engine will wear out rapidly.

das Vermächtnis

legacy:

Unfortunately, my grandmother died and left me a small legacy.

wahrnehmbar, bemerkbar

perceivable:

A sum of three ligths could reproduce any perceivable colour

großartig

magnificent:

The perceptions of Maxwell's equations are magnificent.

die Vereinheitlichung

unification:

The first great unification in physics came up with Newton.

beeinflussen

influenced:

These equations describe how electric and magnetic fields propagate, interact and how they are influenced by objects.

ausbreiten

propagate:

These equations describe how electric and magnetic fields propagate, interact and how they are influenced by objects.

wechselwirken

interact:

Newton's Third Law describes how objects interact.

als Ganzes/ Zusammenfassend

as a whole:

As a whole, what do Maxwell´s Equations mean?

Wärme

caloric:

In the late 18th and early 19th centuries scientists adhered to the caloric theory.

Iinnere Energie

internal energy:

The first law of thermodynamics states, that the increase in internal energy is equal to the total heat added plus the work done on the system by its surroundings.

Wärmeabstrahlung

heat radiation:

The heat radiation of a toaster is some kind of heat energy.

Geschwindigkeitsvektor

velocity vector:

The velocity vector shows us the direction of the movement.

Größe, Betrag

magnitude:

Newton Third Law partner forces have the same magnitude, but the opposite direction.

Luftreibung

air friction:

To solve mechanical tasks, we neglect air friction very often.

stationär

stationary:

If you throw a ball straight up, at some point it will be completely stationary.

Feststoff, Festkörper

solid:

It will be difficult for you to compress a solid.

einatomig

monatomic:

In a monatomic gas internal energy might be the sum of the kinetic energies of all the gas atoms.

Feder

spring:

A stretched spring is some kind of potential energy.

festhalten

adhere:

In the late 18th and early 19th centuries scientists adhered to the caloric theory.

zur Ruhe setzen

put to rest: Finally, the caloric theory was put to rest.

Antwort, Reaktion

response:

One of the most important signal in control engineering is the impulse response.

schwingen

to oscillate:

A system tends to oscillate with its natural frequency when there’s no damping or driving force.

Resonanz

resonance:

Resonance describes the phenomenon that occurs when a vibrating system or an external force drives another system with a greater amplitude at a specific frequency.

Dämpfung

damping:

All natural systems have their own damping.

el. Leiter

conductor

Copper is a better conductor than iron.

Überlagerung

superposition:

In many technical procedures (like Helmhotz) the principle of superposition can be applied.

Wicklung

coil

Every transformer is equipped with at least 2 coils.

Aufsatz, Abhandlung

Treatise:

This treatise is based on the observation of Newton.

schweben

levitating

Because of the reason, that the train is levitating, it doesnt't need any lubrication.

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