reviewRevizechevron down
1 / 38
Ukončit
1-
amplitude
2-
acoustic
3-
sonar
4-
prism
5-
infrared
6-
ultraviolet
7-
fluorescence
8-
spectrometer
9-
photon
10-
to refract
11-
diffraction
12-
transmittance
13-
molar absorptivity
14-
absorption spectrum
15-
thermodynamics
16-
thermostat
17-
calorimeter
18-
thermometer
19-
microchip
20-
wavelength
21-
relativity
22-
antimatter
23-
congelation
24-
to solidify
25-
to liquefy
26-
subatomic
27-
neutrino
28-
nanoscale
29-
metrology
30-
biophysicist
31-
diffuse
32-
spent fuel
33-
pressure gradient
34-
wave number
35-
boson
36-
collider
37-
dipole
38-
lepton
amplitude
Podstatné jméno
a
æ
m
m
p
p
l
l
i
ə
t
t
u
u
d
d
e
(amplitudová vzdálenost)

(amplitudová vzdálenost)

amplituda

(physics) the maximum distance a vibrating material, sound wave, etc. such as a pendulum travels from its first position

example
Příklad
Click on words
In physics, amplitude refers to the maximum displacement of a wave from its equilibrium position.
The amplitude of a sound wave determines its loudness, with greater amplitudes corresponding to louder sounds.
acoustic
Přídavné jméno
a
ə
c
k
ou
u
s
s
t
t
i
ɪ
c
k
(zvukový)

(zvukový)

akustický

relating to the science of studying sounds or the way people hear things

sonar
Podstatné jméno
s
s
o
n
n
a
ɑ
r
r
(sonární technologie)

(sonární technologie)

sonar

a technology that uses sound waves to detect objects underwater or measure distances underwater

prism
Podstatné jméno
p
p
r
r
i
ɪ
s
z
ə
m
m
(terasová krychle)

(terasová krychle)

prizma

a solid geometric shape, typically with a triangular base and rectangular sides, that refracts light into its component colors or alters the path of light

infrared
Podstatné jméno
i
ɪ
n
n
f
f
r
r
a
ɜ
r
r
e
ɛ
d
d
(infračervená radiace)

(infračervená radiace)

infračervené záření

electromagnetic radiation with longer wavelengths than visible light, used for applications such as thermal imaging and remote sensing

ultraviolet
Podstatné jméno
u
ə
l
l
t
t
r
r
a
ə
v
v
io
aɪə
l
l
e
ɪ
t
t
(ultrafialové záření)

(ultrafialové záření)

ultrafialový

a type of electromagnetic radiation with shorter wavelengths than visible light, often associated with sunlight and used in various applications

fluorescence
Podstatné jméno
f
f
l
l
u
ʊ
o
r
r
e
ɛ
s
s
c
e
ə
n
n
c
s
e
(fluorescencí)

(fluorescencí)

fluorescence

the emission of light by a substance that has absorbed light or other electromagnetic radiation

spectrometer
Podstatné jméno
s
s
p
p
e
ɛ
c
k
t
t
r
r
o
ɑ
m
m
e
ə
t
t
e
ɜ
r
r
(spektromet)

(spektromet)

spektrometr

a scientific instrument used to measure and analyze the properties of light over a specific range of wavelengths

photon
Podstatné jméno
ph
f
o
t
t
o
ɑ
n
n
(kvant světla)

(kvant světla)

foton

a fundamental particle of light that carries electromagnetic energy and exhibits both particle-like and wave-like properties

to refract
sloveso
r
r
e
ɪ
f
f
r
r
a
æ
c
k
t
t
(lomu)

(lomu)

refraktovat

(of physics) to change the direction of light, sound, or energy when it passes through something

diffraction
Podstatné jméno
d
d
i
ɪ
ff
f
r
r
a
æ
c
k
t
ʃ
io
ə
n
n
(ohyb)

(ohyb)

difrakce

the bending, spreading, and interference of waves as they encounter obstacles or pass through narrow openings, often observed in the behavior of light, sound, or other waves

transmittance
Podstatné jméno
t
t
r
r
a
æ
n
n
s
s
m
m
i
ɪ
tt
t
a
ə
n
n
c
s
e
(přenosnost)

(přenosnost)

průhlednost

the fraction or percentage of light or electromagnetic radiation that passes through a substance or medium

molar absorptivity
Podstatné jméno
uk flag
/mˈoʊlɚɹ ɐbsoːɹptˈɪvɪɾi/
(molarni absorpční schopnost)

(molarni absorpční schopnost)

molar absorpční koeficient

a measure of how strongly a substance absorbs light at a particular wavelength

absorption spectrum
Podstatné jméno
uk flag
/ɐbsˈoːɹpʃən spˈɛktɹəm/
(spektrum absorpce)

(spektrum absorpce)

absorpční spektrum

a range of wavelengths of electromagnetic radiation absorbed by a substance, typically represented as a graph showing absorption intensity versus wavelength

thermodynamics
Podstatné jméno
th
θ
e
ɜ
r
r
m
m
o
d
d
y
n
n
a
æ
m
m
i
ɪ
c
k
s
s
(teorie tepla)

(teorie tepla)

termodynamika

the branch of physical science that deals with the relationships between heat, work, and energy, particularly the principles governing the conversion of various forms of energy

thermostat
thermostat
Podstatné jméno
th
θ
e
ɜ
r
r
m
m
o
s
s
t
t
a
æ
t
t
(regulátor teploty)

(regulátor teploty)

termostat

an instrument that automatically controls the temperature of a room, machine, etc.

calorimeter
Podstatné jméno
c
k
a
æ
l
l
o
o:
r
r
i
m
m
e
i:
t
t
e
ə
r
r
(teploměr na měření tepla)

(teploměr na měření tepla)

kalorimetr

a device used to measure the heat released or absorbed during a chemical reaction or physical change, typically by measuring temperature changes in a surrounding medium

thermometer
Podstatné jméno
th
θ
e
ɜ
r
r
m
m
o
ɑ
m
m
e
ə
t
t
e
ɜ
r
r
(termoskop)

(termoskop)

teploměr

a piece of equipment that measures the temperature of the air

microchip
microchip
Podstatné jméno
m
m
i
c
k
r
r
o
ch
ʧ
i
ɪ
p
p
(mikroobvod)

(mikroobvod)

mikročip

a small piece of material that is a semiconductor, used to make an integrated circuit

wavelength
Podstatné jméno
w
w
a
v
v
e
l
l
e
ɛ
n
n
g
g
th
θ
(vlnová délka)

(vlnová délka)

délka vlny

the distance between a point on a wave of energy and a similar point on the next wave

What is "wavelength"?

Wavelength refers to the distance between two consecutive peaks or low points of a wave, typically measured in meters. In terms of radio, television, or light waves, it determines the size of the wave and is closely related to the frequency. A longer wavelength corresponds to a lower frequency, and a shorter wavelength corresponds to a higher frequency. Wavelength affects how waves travel, with longer wavelengths able to travel further and penetrate obstacles more easily, while shorter wavelengths offer higher resolution but may not travel as far.

relativity
Podstatné jméno
r
r
e
ɛ
l
l
a
ə
t
t
i
ɪ
v
v
i
ə
t
t
y
i
(teorie relativity)

(teorie relativity)

relativita

a theory that explains the relationship between motion, space, and time

antimatter
Podstatné jméno
a
æ
n
t
t
i
m
m
a
æ
tt
t
e
ɜ
r
r
(antihmota)

(antihmota)

antimateriál

(physics) matter consisting of elementary particles that are the antiparticles of those of regular matter

congelation
Podstatné jméno
c
k
o
ɑ:
n
n
g
ʤ
e
ɪ
l
l
a
t
ʃ
io
ə
n
n
(zmrazení)

(zmrazení)

zmrznutí

the process of solidification or freezing, typically of a liquid or a substance turning into a solid state due to a decrease in temperature

to solidify
to solidify
sloveso
s
s
o
ə
l
l
i
ɪ
d
d
i
ə
f
f
y
(ztvrdnout)

(ztvrdnout)

ztuhnout

to transform from a liquid or flexible state into a stable, firm, or compact form

Gramatické Informace:

Neprůchodný
to liquefy
to liquefy
sloveso
l
l
i
ɪ
q
k
u
w
e
ə
f
f
y
(liquefikovat)

(liquefikovat)

zkapalnit

to change from a solid state and become fluid or liquid

Gramatické Informace:

Neprůchodný
subatomic
Přídavné jméno
s
s
u
ə
b
b
a
ə
t
t
o
ɑ
m
m
i
ɪ
c
k
(subatomový)

(subatomový)

subatomární

relating to particles or forces that exist within atoms, including particles smaller than atoms themselves or the interactions between these particles

neutrino
Podstatné jméno
n
n
eu
u
t
t
r
r
i
i
n
n
o
(neutrin)

(neutrin)

neutrino

a very small, electrically neutral particle that rarely interacts with matter

nanoscale
Přídavné jméno
n
n
a
æ
n
n
o
s
s
c
k
a
l
l
e
(nano-)

(nano-)

nanoskopický

extremely small size, typically on the scale of nanometers, which is a billionth of a meter

metrology
Podstatné jméno
m
m
e
ɛ
t
t
r
r
o
ɑ:
l
l
o
ə
g
ʤ
y
i
(měřičství)

(měřičství)

metrologie

the scientific study of measurement, including the development of measurement standards and techniques

biophysicist
Podstatné jméno
b
b
io
aɪoʊ
ph
f
y
ɪ
s
z
i
ɪ
c
s
i
ɪ
s
s
t
t
(biofyziolog)

(biofyziolog)

biofyzička

a scientist who applies principles and methods of physics to study biological systems and phenomena, aiming to understand life processes at the molecular and cellular levels

diffuse
Přídavné jméno
d
d
i
ɪ
ff
f
u
ju
s
s
e
(difuzní)

(difuzní)

rozptýlený

describing light that spreads evenly from a broad source or surface, creating soft illumination without harsh shadows

hard
spent fuel
Podstatné jméno
uk flag
/spˈɛnt fjˈuːəl/
(použité jaderné palivo)

(použité jaderné palivo)

vyhořelé palivo

used nuclear fuel that is no longer efficient for producing energy in a reactor

pressure gradient
Podstatné jméno
uk flag
/pɹˈɛʃɚ ɡɹˈeɪdiənt/
(gradient tlaku)

(gradient tlaku)

tlakový gradient

the rate at which pressure changes over a certain distance in a particular direction

wave number
Podstatné jméno
uk flag
/wˈeɪv nˈʌmbɚ/
(vlnová délka na jednotkovou vzdálenost)

(vlnová délka na jednotkovou vzdálenost)

vlnové číslo

the spatial frequency of a wave, representing the number of wavelengths per unit distance

boson
Podstatné jméno
b
b
o
ɑ:
s
s
o
ə
n
n
(častice s celým spinem)

(častice s celým spinem)

boson

a tiny particle with whole-number spin, such as photons or the Higgs boson, often associated with carrying fundamental forces or giving mass to other particles

collider
Podstatné jméno
c
k
o
ə
ll
l
i
d
d
e
ɜ
r
r
(srážeč částic)

(srážeč částic)

kolider

a type of particle accelerator where two opposing beams of particles are directed to collide with each other at high speeds, allowing scientists to study fundamental particles and forces

dipole
Podstatné jméno
d
d
i
p
p
o
l
l
e
(dipólová anténa)

(dipólová anténa)

dipól

a simple type of antenna made of two metal rods, connected in the middle, that is half the wavelength of the signal it transmits or receives

lepton
Podstatné jméno
l
l
e
ɛ
p
p
t
t
o
ə
n
n
(elementární částice)

(elementární částice)

lepton

a fundamental particle with half-integer spin, including electrons and their heavier counterparts, as well as neutrinos

Gratulujeme! !

Naučili jste se 38 slov ze SAT Physics Vocabulary. Pro zlepšení učení a opakování slovní zásoby začněte cvičit!

review-disable

Revize

flashcard-disable

Kartičky

spelling-disable

Pravopis

quiz-disable

Kvíz

practice