Refraction in a sentence

(1) The index of refraction of air is 1.00.

(2) The index of refraction of water is 1.33.

(3) The index of refraction of glass is 1.52.

(4) The way light bends is called refraction.

(5) The index of refraction of diamond is 2.42.

(6) The index of refraction of a vacuum is 1.00.

(7) The lens collimates the light for refraction.

(8) Double refraction is also known as birefringence.

(9) Birefringence is also known as double refraction.

(10) The prism can irradiate colors through refraction.

Refraction sentence

(11) The scientist used a box to study light refraction.

(12) The light can propagate by reflection or refraction.

(13) The index of refraction of water is approximately 1.33.

(14) The ionospheric plasma can cause radio wave refraction.

(15) The prism demonstrated the concept of light refraction.

(16) The antinode is a point of maximum refraction in a wave.

(17) The scientist used bolographs to study light refraction.

(18) Atmospheric refraction can make stars appear to twinkle.

(19) Different materials have different indices of refraction.

(20) The alidads were used to measure the angle of refraction.

Refraction make sentence

(21) Arctan is used to find the angle of refraction in optics.

(22) The rainbow's rays are caused by the refraction of light.

(23) The quadrant was used to measure the angle of refraction.

(24) The sidedness of the prism affects the refraction of light.

(25) The goniometer is used to measure the angles of refraction.

(26) The analemma's shape is affected by atmospheric refraction.

(27) The halo of a rainbow is caused by the refraction of light.

(28) The index of refraction is an important parameter in optics.

(29) The professor used a ray of light to demonstrate refraction.

(30) The refraction of light through a raindrop creates a rainbow.

Sentence of refraction

(31) The schlieren method is based on the principle of refraction.

(32) The index of refraction can vary with the wavelength of light.

(33) The genesis of a rainbow is caused by the refraction of light.

(34) The crystallite exhibited a unique pattern of light refraction.

(35) The paraxial approximation assumes a small angle of refraction.

(36) The proximate cause of the rainbow was the refraction of light.

(37) The wave number of a light wave determines its refraction angle.

(38) Atmospheric refraction can cause the stars to appear to twinkle.

(39) The refraction of light through a diamond ring makes it sparkle.

(40) The phaenomena of light refraction can be observed in a rainbow.

Refraction meaningful sentence

(41) The index of refraction is a fundamental property of a material.

(42) The index of refraction is related to the density of a material.

(43) Atmospheric refraction can distort the shape of the setting sun.

(44) The formation of a rainbow is caused by the refraction of light.

(45) Calcites are known for their strong double refraction properties.

(46) Pascal's law of refraction is fundamental to the study of optics.

(47) Rainbows appear during the reflection and refraction of sunlight.

(48) The index of refraction is used in the calculation of lens power.

(49) Iceland spar is a mineral that exhibits strong double refraction.

(50) A rainbow is created by the reflection and refraction of photons.

Refraction sentence examples

(51) The light waves in a prism oscillate with the refraction of light.

(52) The index of refraction is used in the calculation of Snell's law.

(53) The biconvex shape of the lens allows for better light refraction.

(54) Catoptrics is the study of the reflection and refraction of light.

(55) The diver's goggles are designed to minimize refraction underwater.

(56) The scientist studied the refraction of light in different mediums.

(57) The refraction of light through a pair of sunglasses reduces glare.

(58) The refraction of light through a convex lens can magnify an image.

(59) Sundogs are optical phenomena caused by the refraction of sunlight.

(60) The angle of incidence is used to calculate the angle of refraction.

Sentence with refraction

(61) The angle of incidence is used to calculate the index of refraction.

(62) The refraction of light through a magnifying glass can start a fire.

(63) Double refraction occurs when light passes through certain crystals.

(64) The index of refraction is typically measured using a refractometer.

(65) The index of refraction can be affected by temperature and pressure.

(66) The index of refraction is lower for materials with a lower density.

(67) The rainbow is caused by refraction of light through water droplets.

(68) The wavelength of a wave can be affected by the angle of refraction.

(69) The refraction of sound waves can cause echoes in a large empty room.

(70) The refraction of water in a glass can make objects appear distorted.

Use refraction in a sentence

(71) The scientist studied the effects of brachyprism on light refraction.

(72) The physics lab had a slab of glass for students to study refraction.

(73) The velocity of light is responsible for the phenomenon of refraction.

(74) Newtonian optics explains phenomena such as reflection and refraction.

(75) The bluemouths' blue hue is a result of light refraction in the water.

(76) The index of refraction affects the angle at which light is refracted.

(77) The index of refraction is higher for materials with a higher density.

(78) The bending of light due to atmospheric refraction can create mirages.

(79) The scientist used a straight angle to measure the light's refraction.

(80) The photographer adjusted the angle of the lens to minimize refraction.

Sentence using refraction

(81) The refraction of light through a camera lens helps to focus the image.

(82) The index of refraction is an important concept in the study of optics.

(83) The zonation of colors in this rainbow is a result of light refraction.

(84) The amount of atmospheric refraction depends on the density of the air.

(85) Theodolite is used in physics to measure the angle of light refraction.

(86) The refractometer can detect round levels of refraction in a substance.

(87) The refraction of light through a prism can create a spectrum of colors.

(88) The refraction of light in the atmosphere causes the sky to appear blue.

(89) The study of optics helps in understanding the phenomenon of refraction.

(90) The physicist used a spectrometer to measure angles of light refraction.

Refraction example sentence

(91) The index of refraction is a measure of how much a material bends light.

(92) The rainbow's rays are caused by the reflection and refraction of light.

(93) The angle of incidence is used in the study of reflection and refraction.

(94) The effect of atmospheric refraction is more pronounced near the horizon.

(95) The refraction of light through the water makes objects appear distorted.

(96) The photographer used a polarizing filter to reduce glare and refraction.

(97) Double refraction can be observed in minerals such as calcite and quartz.

(98) Pascal's law of refraction is essential in the study of optics and light.

(99) The critical angle is used in the calculation of the angle of refraction.

(100) The physicist used a clinometer to measure the angle of light refraction.

Sentence with word refraction

(101) The physics lab has specialized glassware for measuring light refraction.

(102) The refraction of light through a glass prism can create a rainbow effect.

(103) Double refraction is caused by the anisotropic nature of certain crystals.

(104) The index of refraction is a property that can be measured experimentally.

(105) Refraction can be seen in everyday objects like glasses and water bottles.

(106) A right angle is used in science to measure the angle of light refraction.

(107) The word birefringent refers to a material that exhibits double refraction.

(108) The antisolar arc is a result of the reflection and refraction of sunlight.

(109) The effect of atmospheric refraction is less pronounced at higher altitudes.

(110) The refraction of light through a diamond gives it its sparkling appearance.

Sentence of refraction

(111) The refraction of light through a lens is a significant physical phenomenon.

(112) The index of refraction is used in the design of lenses and optical systems.

(113) The wavenumber of a wave can be used to study its reflection and refraction.

(114) The solar halo was an optical illusion caused by the refraction of sunlight.

(115) The index of refraction of a material can be measured using a refractometer.

(116) The prism separates white light into its component colors through refraction.

(117) The refraction of light through a microscope allows us to see tiny organisms.

(118) The phenomenon of double refraction is explained by the wave nature of light.

(119) Double refraction is used in polarizing filters to block certain light waves.

(120) The transmutability of light is demonstrated in the phenomenon of refraction.

Refraction used in a sentence

(121) The index of refraction is a measure of how much a material slows down light.

(122) The index of refraction is a key parameter in the study of light propagation.

(123) Trigonometries are used in the calculation of angles of refraction in optics.

(124) The mirage in the desert is caused by the refraction of light through hot air.

(125) The refraction of light through a diamond gives it its characteristic sparkle.

(126) The refraction of light through a glass of wine can create beautiful patterns.

(127) The physics teacher demonstrated the refraction of light using a concave lens.

(128) The refraction of light through a pair of eyeglasses corrects vision problems.

(129) The refraction of light through a glass of water can make a straw appear bent.

(130) The refraction of light through a glass bottle can create interesting shadows.

Refraction sentence in English

(131) The scientist explained the concept of refraction using a prism as an example.

(132) The scientist used milliradians to measure the angle of refraction in a prism.

(133) The line spectrum of a rainbow is a result of light scattering and refraction.

(134) Refraction is used in telescopes and microscopes to help us see things better.

(135) I'm going to use this pane for my science experiment to test light refraction.

(136) Atmospheric refraction can cause the apparent shape of the Sun to be distorted.

(137) The fish appears closer to the surface due to the refraction of light in water.

(138) The refraction of light through a glass of water can make a pencil appear bent.

(139) The refraction of light through a prism creates a beautiful spectrum of colors.

(140) The refraction of light through a pair of corrective lenses can improve vision.

(141) Double refraction can be used to determine the crystal structure of a material.

(142) The index of refraction is an important factor in the design of optical fibers.

(143) The index of refraction can be used to determine the composition of a material.

(144) Atmospheric refraction can cause the apparent position of a ship to be shifted.

(145) The formation of a rainbow is caused by the reflection and refraction of light.

(146) When light goes through water, it changes direction. This is called refraction.

(147) The rainbow is formed by the refraction and reflection of sunlight in raindrops.

(148) The refractometry method is based on the principle of Snell's law of refraction.

(149) The index of refraction can be used to calculate the speed of light in a medium.

(150) The phenomenon of atmospheric refraction is influenced by the Earth's curvature.

(151) The bending of light due to atmospheric refraction can create a colorful sunset.

(152) The cuvette's walls are designed to minimize reflection and refraction of light.

(153) The professor used a hologram to explain the concept of refraction to the class.

(154) The orb in the science lab was used to demonstrate the principles of refraction.

(155) The center of curvature is a point of refraction for light rays in a convex lens.

(156) Atmospheric refraction can cause the apparent position of the Moon to be shifted.

(157) The index of refraction determines how light bends when passing through a medium.

(158) The angle by means of which the light enters the prism determines its refraction.

(159) The scientist conducted experiments with dodecahedrons to study light refraction.

(160) Atmospheric refraction can cause the apparent position of a star to be displaced.

(161) The effect of atmospheric refraction is more noticeable during sunrise and sunset.

(162) Conics can be used to solve problems involving reflection and refraction of light.

(163) Double refraction can be observed by placing a crystal between crossed polarizers.

(164) Atmospheric refraction causes the apparent position of celestial objects to shift.

(165) The index of refraction of a material can be affected by temperature and pressure.

(166) Atmospheric refraction can make the Moon appear larger when it is near the horizon.

(167) The refraction of light through a crystal can create a beautiful pattern on a wall.

(168) The amount of double refraction exhibited by a crystal depends on its optical axis.

(169) Double refraction can be observed by looking through a crystal at a distant object.

(170) Zircon is a unique gemstone that can exhibit a phenomenon called double refraction.

(171) The single-crystal structure of the calcite mineral gives it its double refraction.

(172) The index of refraction is an important consideration in the field of spectroscopy.

(173) Diopside is known for its strong birefringence, causing double refraction of light.

(174) Atmospheric refraction can cause the apparent position of a mountain to be shifted.

(175) Atmospheric refraction can make the sun appear larger when it is rising or setting.

(176) Atmospheric refraction can cause the apparent position of a planet to be displaced.

(177) The amount of atmospheric refraction increases with the angle of incidence of light.

(178) The optical illusion is created by the refraction of light through a curved surface.

(179) The triangular prism is often used in physics experiments to study light refraction.

(180) The index of refraction is inversely proportional to the speed of light in a medium.

(181) The index of refraction determines the critical angle for total internal reflection.

(182) The index of refraction is a property of both transparent and translucent materials.

(183) Rainbooms are caused by the refraction and reflection of sunlight through raindrops.

(184) The phenomenon of atmospheric refraction is essential for the formation of rainbows.

(185) Atmospheric refraction can make distant objects appear closer than they actually are.

(186) The photographer used a diffuser to reduce harsh shadows caused by direct refraction.

(187) The wavelength of a wave can be used to study the reflection and refraction of waves.

(188) The declination angles of celestial bodies can be affected by atmospheric refraction.

(189) Complementary angles are used in determining the angles of reflection and refraction.

(190) The bending of light due to atmospheric refraction can create a halo around the moon.

(191) Atmospheric refraction can cause the apparent position of a lighthouse to be shifted.

(192) The sundog's formation was caused by the refraction of sunlight through ice crystals.

(193) The formation of a rainbow is a natural phenomenon caused by the refraction of light.

(194) Refraction can happen with other types of waves too, like radio waves and microwaves.

(195) Atmospheric refraction can cause the colors of the setting Sun to appear more vibrant.

(196) The amount of atmospheric refraction decreases as the altitude of an object increases.

(197) The refraction of light through a window can create interesting patterns on the floor.

(198) The refraction of light through a fiber optic cable allows for fast data transmission.

(199) The refraction of light through a camera lens determines the exposure of a photograph.

(200) The refraction of light through a glass of wine can create a beautiful color gradient.

(201) Double refraction is an important property to consider when designing optical systems.

(202) The vibrant colors of a rainbow make you marvel at the beauty of light and refraction.

(203) The phenomenon of atmospheric refraction is responsible for the bending of light rays.

(204) Atmospheric refraction can make the moon appear distorted when it is near the horizon.

(205) Double refraction can be used to determine the crystal structure of certain materials.

(206) The diver's mask is made of tempered glass to minimize distortion caused by refraction.

(207) The refraction of light through a telescope allows us to see distant celestial objects.

(208) The refraction of light through a pair of reading glasses can make text appear clearer.

(209) Double refraction is used in optical devices such as waveplates and retardation plates.

(210) The trapezohedral prism was used to study the refraction of light in different mediums.

(211) Atmospheric refraction can cause the moon to appear larger when it is near the horizon.

(212) Double refraction is not a common phenomenon and is only observed in certain materials.

(213) The formation of a rainbow is a beautiful phenomenon caused by the refraction of light.

(214) The phenomenon of atmospheric refraction is also responsible for the twinkling of stars.

(215) The refraction of light through a magnifying glass can make small objects appear larger.

(216) The birefringence of the crystal is responsible for the phenomenon of double refraction.

(217) Scientists use zenith angle measurements to study the effects of atmospheric refraction.

(218) The index of refraction is a fundamental property of materials that interact with light.

(219) The law of refraction explains how light bends when it passes through different mediums.

(220) Refraction occurs when light passes through a medium, such as water, causing it to bend.

(221) Refraction can be seen in nature, like when light passes through a crystal or a diamond.

(222) Atmospheric refraction can cause the Sun to appear higher in the sky than it actually is.

(223) Atmospheric refraction can cause the Sun to appear flattened when it is near the horizon.

(224) The amount of atmospheric refraction is influenced by the Earth's atmospheric conditions.

(225) The chromatics of the rainbow are a natural phenomenon caused by the refraction of light.

(226) The rainbow's continuous spectrum is caused by the refraction and dispersion of sunlight.

(227) Johannes Kepler's work on the laws of optics helped explain the phenomenon of refraction.

(228) Atmospheric refraction can cause the sun to appear higher in the sky than it actually is.

(229) Atmospheric refraction can make the sun appear distorted when it is close to the horizon.

(230) Parhelia are caused by the refraction of sunlight through ice crystals in the atmosphere.

(231) When light enters a denser medium, such as glass, it undergoes refraction and slows down.

(232) Atmospheric refraction can make objects appear higher or lower than their actual position.

(233) Double refraction can be used to analyze the stress distribution in transparent materials.

(234) The accuracy of astronavigation can be affected by factors such as atmospheric refraction.

(235) The heat from the sun can cause the formation of rainbows through the refraction of light.

(236) Double refraction is an important property in the study of mineralogy and crystallography.

(237) Atmospheric refraction can cause the apparent size of the Sun to change throughout the day.

(238) The refraction of light through a prism can separate white light into its component colors.

(239) The refraction of light through a pair of binoculars helps to bring distant objects closer.

(240) The discovery of double refraction challenged the prevailing theories of light at the time.

(241) The polestars have been used by astronomers to study the effects of atmospheric refraction.

(242) The professor used the orb to demonstrate the principles of refraction onto the whiteboard.

(243) The refraction of light through a camera lens determines the depth of field in a photograph.

(244) The measurement of parallaxes requires accounting for the effects of atmospheric refraction.

(245) Double refraction can cause objects viewed through a crystal to appear doubled or distorted.

(246) The phenomenon of atmospheric refraction is responsible for the twinkling of distant lights.

(247) The phenomenon of atmospheric refraction is influenced by the composition of the atmosphere.

(248) I used a triangular prism to demonstrate the concept of refraction in my science experiment.

(249) The seriations of the different colors in a rainbow are a result of the refraction of light.

(250) The formation of a rainbow is a meteorological phenomenon caused by the refraction of light.

(251) The phenomenon of refraction explains how light bends when passing through different mediums.

(252) The study of double refraction has contributed to advancements in optics and crystallography.

(253) The discovery of double refraction played a crucial role in the development of modern optics.

(254) The path difference between the two rays of light caused a change in the observed refraction.

(255) The occurrence of a rainbow is caused by the reflection, refraction, and dispersion of light.

(256) The shader refraction simulates the bending of light as it passes through transparent objects.

(257) The phenomenon of atmospheric refraction is influenced by temperature and pressure variations.

(258) Huygens' law of refraction explains how light bends when it passes from one medium to another.

(259) The effects of double refraction can be minimized by using materials with isotropic properties.

(260) Pascal's law of refraction describes how light bends when it passes from one medium to another.

(261) The south celestial pole is used by astronomers to study the effects of atmospheric refraction.

(262) The critical angle is the angle of incidence that produces an angle of refraction of 90 degrees.

(263) Atmospheric refraction causes the apparent position of celestial objects to be slightly shifted.

(264) Lorentz's law of refraction describes how light bends when it passes from one medium to another.

(265) The properties of luminiferous ether were thought to explain the phenomenon of light refraction.

(266) The phenomenon of atmospheric refraction is caused by the variation in air density with altitude.

(267) The refraction of light through a pair of binoculars can enhance the details of a distant object.

(268) The rainbow is a natural phenomenon caused by the refraction and dispersion of visible radiation.

(269) The two rays produced by double refraction are called the ordinary ray and the extraordinary ray.

(270) The scientist conducted experiments to study the effects of perpendicularity on light refraction.

(271) The parallactic angle is used to correct for atmospheric refraction in astronomical observations.

(272) The refrangible properties of water make it an excellent medium for light refraction experiments.

(273) Polarizing filters take advantage of double refraction to block out certain wavelengths of light.

(274) The index of refraction of a prism can be used to separate white light into its component colors.

(275) The angle of refraction depends on the angle of incidence and the refractive index of the medium.

(276) The North Star's position can be used to study the effects of atmospheric refraction on starlight.

(277) The amount of atmospheric refraction varies depending on factors such as temperature and humidity.

(278) Pascal's law of refraction explains the bending of light when it passes through different mediums.

(279) Double refraction is caused by the different speeds at which light waves travel through a crystal.

(280) The index of refraction of a material determines how much light will bend when passing through it.

(281) The phenomenon of atmospheric refraction is responsible for the green flash observed during sunset.

(282) Atmospheric refraction can make the Sun appear to rise earlier and set later than it actually does.

(283) The refraction of light through a fish tank can make the fish appear closer than they actually are.

(284) The refraction of light through a magnifying glass can start a fire if focused on a specific point.

(285) The study of double refraction has practical applications in fields such as mineralogy and geology.

(286) The scientist studied the refraction of light in order to understand the ray off different objects.

(287) The researchers used a theodolite to measure nadir angles in their study of atmospheric refraction.

(288) Atmospheric refraction can make the sun appear to rise earlier and set later than it actually does.

(289) The phenomenon of refraction is a physical bending of light as it passes through different mediums.

(290) The teacher demonstrated the concept of light refraction using a triangular prism and a flashlight.

(291) Double refraction can cause objects viewed through certain crystals to appear doubled or distorted.

(292) Double refraction is a phenomenon that occurs in transparent materials with a crystalline structure.

(293) The phenomenon of double refraction was first observed by Danish scientist Rasmus Bartholin in 1669.

(294) Atmospheric refraction can make the Sun appear distorted when observed through a thick layer of haze.

(295) The refraction of light through a water droplet to form a rainbow is a beautiful physical phenomenon.

(296) The phenomenon of atmospheric refraction is responsible for the elongation of the sunrise and sunset.

(297) The wave theory predicts that waves will undergo refraction when they pass through different mediums.

(298) The phenomenon of double refraction was first discovered by Danish scientist Rasmus Bartholin in 1669.

(299) The understanding of double refraction has contributed to advancements in the field of crystal optics.

(300) Researchers rely on precise measurements of zenith angles to study the Earth's atmospheric refraction.

(301) The effect of atmospheric refraction is more pronounced in regions with extreme temperature variations.

(302) The splitting of light into two rays with different velocities is a characteristic of double refraction.

(303) Double refraction can be easily observed by placing a crystal over a printed text and looking through it.

(304) The solar day is affected by factors such as atmospheric refraction and the observer's location on Earth.

(305) Anthelions are caused by the reflection and refraction of sunlight through ice crystals in the atmosphere.

(306) The study of double refraction has led to the development of specialized instruments such as polariscopes.

(307) Huygens' research on light refraction paved the way for the development of lenses and optical instruments.

(308) The physics student calculated the angle of refraction to understand how light bends in different mediums.

(309) The spectral source of the mysterious shadows seen in the haunted house was attributed to light refraction.

(310) The transmittances of different types of glass were compared to determine their impact on light refraction.

(311) Epidotes are known for their strong birefringence, causing double refraction of light passing through them.

(312) The way a rainbow appears is a natural phenomenon that is caused by the reflection and refraction of light.

(313) The concept of angular distance is also important in understanding the behavior of light and its refraction.

(314) The physics professor explained the concept of refraction using the example of light rays beneath the water.

(315) The continuous spectrum of a rainbow is caused by the refraction and reflection of sunlight in water droplets.

(316) The phenomenon of atmospheric refraction is more pronounced in regions with a higher density of air pollutants.

(317) The formation of a rainbow is a beautiful physical phenomenon caused by the refraction and dispersion of light.

(318) Astronomers must account for atmospheric refraction when calculating the precise positions of stars and planets.

(319) The index of refraction of a material can be used to calculate the critical angle for total internal reflection.

(320) Meteorologically, the occurrence of a rainbow is caused by the refraction and reflection of sunlight in raindrops.

(321) Myopia can be diagnosed through a comprehensive eye exam that includes a visual acuity test and a refraction test.

(322) The study of atmospheric refraction is important for understanding the behavior of light in the Earth's atmosphere.

(323) The effects of double refraction can be seen in the patterns produced by polarized light passing through a crystal.

(324) The analemma's shape can be affected by factors such as atmospheric refraction and the observer's location on Earth.

(325) The parheliacal effect is caused by the reflection and refraction of sunlight through ice crystals in the atmosphere.

(326) The effect of atmospheric refraction is more significant for light passing through a larger portion of the atmosphere.

(327) Wave theory allows us to analyze the behavior of light waves and understand phenomena like refraction and diffraction.

(328) The refraction of light through a prism can separate white light into its component colors, creating a rainbow effect.

(329) The phenomenon of double refraction is a result of the different refractive indices for different polarizations of light.

(330) In the literal sense, a rainbow is a meteorological phenomenon caused by reflection, refraction, and dispersion of light.

(331) Atmospheric refraction can cause the apparent position of a planet to be slightly shifted compared to its actual position.

(332) The phenomenon of atmospheric refraction is responsible for the bending of light as it passes through the Earth's atmosphere.

(333) The amount of refraction can be calculated using Snell's law, which relates the angles and refractive indices of the two media.

(334) The phenomenon of mirages is caused by the refraction of light through layers of air with different temperatures and densities.

(335) The refraction of light through a prism is a well-known physical phenomenon that separates white light into its component colors.

(336) The phenomenon of double refraction is not limited to visible light but also occurs with other forms of electromagnetic radiation.

(337) The crystalline lens is able to compensate for the differences in refraction between air and water when viewing objects underwater.

(338) The scientific explanation behind parhelia involves the reflection and refraction of sunlight through ice crystals in the atmosphere.

(339) The phenomenon of refraction is a physical property of light that causes it to change direction when passing from one medium to another.

(340) The refraction of light can also cause chromatic aberration, where different colors of light are refracted at slightly different angles.

(341) The professor emphasized the importance of understanding the object through which light passes in order to comprehend the concept of refraction.

(342) Isometropia can be diagnosed through a comprehensive eye exam, which includes a refraction test and a thorough evaluation of the eye's structures.

(343) The study of refraction is important in many fields, including optics, astronomy, and seismology, as it helps us understand how waves propagate through different media.

(344) The bending of light due to refraction is responsible for the mirage effect, where objects appear distorted or displaced, and this can be observed in deserts or on hot roads.

(345) The amount of refraction depends on the angle of incidence, the refractive index of the medium, and the wavelength of the light, and this can be calculated using Snell's law.

(346) The angle of reflection can be used to calculate the distance between two objects, as it is related to the angle of deviation caused by the refraction of light through a medium.

(347) When light enters a denser medium, such as water or glass, its speed decreases, and this causes refraction, which is why objects appear distorted when viewed through a curved surface.

(348) Refraction can be observed in the atmosphere, where the bending of light causes the sun to appear above the horizon even when it has already set, and this is known as atmospheric refraction.

(349) Refraction can also be used to create optical illusions, such as the famous disappearing coin trick, where a coin appears to disappear when placed in a glass of water due to the change in direction caused by refraction.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Refraction. They do not represent the opinions of TranslateEN.com.