boiling point

https://tts.langeek.co/read?text=Ym9pbGluZyBwb2ludA&hash=df11dbb66d9e7a8149477167a85c3c2012db6efd&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=Ym9pbGluZyBwb2ludA&hash=3c8401b512f58ac1f756778de9126946dc0dd1c5&lang=en&cache-only=0&driver=googletts&accent=GB

freezing point

https://tts.langeek.co/read?text=ZnJlZXppbmcgcG9pbnQ&hash=a23efafb7bc94de0288dc914fd7bebd011cd7329&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZnJlZXppbmcgcG9pbnQ&hash=9bb43223d287e981302391914ae802a07867d1bb&lang=en&cache-only=0&driver=googletts&accent=GB

antimatter

https://tts.langeek.co/read?text=YW50aW1hdHRlcg&hash=87ba215712666b11cc99a929583168abcc99afad&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YW50aW1hdHRlcg&hash=df10ad84ee0aee07f78f58365a6cd0b705f32254&lang=en&cache-only=0&driver=googletts&accent=GB

conductivity

https://tts.langeek.co/read?text=Y29uZHVjdGl2aXR5&hash=374e8219e3f6f30daa4db01ca60ab8e08437267d&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=Y29uZHVjdGl2aXR5&hash=d74acc4c213f6546afcfd33cd9414d6c2b4a1262&lang=en&cache-only=0&driver=googletts&accent=GB

density

https://tts.langeek.co/read?text=ZGVuc2l0eQ&hash=f80a12f534bc36f0a3a568b621b4917d3a95603d&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZGVuc2l0eQ&hash=4c5a14cfe71888560d9fdd71acf9741ff92d08c6&lang=en&cache-only=0&driver=googletts&accent=GB

expansivity

https://tts.langeek.co/read?text=ZXhwYW5zaXZpdHk&hash=97d89465240e7817f6e439ea945399a1652a1e70&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZXhwYW5zaXZpdHk&hash=91ab8b55f832153bcecda71e196832497ade4519&lang=en&cache-only=0&driver=googletts&accent=GB

elasticity

https://tts.langeek.co/read?text=ZWxhc3RpY2l0eQ&hash=e44563f5d02fa6c50492ec6262b97911e028bcfb&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZWxhc3RpY2l0eQ&hash=69d3fab8a9653048b95b04614c91a3363500c1d8&lang=en&cache-only=0&driver=googletts&accent=GB

viscosity

https://tts.langeek.co/read?text=dmlzY29zaXR5&hash=d025ab5b8f02ed8465c6b394ebc222a21418fdad&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dmlzY29zaXR5&hash=498982f770541e322a62c4dac2416fb364698b47&lang=en&cache-only=0&driver=googletts&accent=GB

resilient

https://tts.langeek.co/read?text=cmVzaWxpZW50&hash=a468a8397d468cb4b4f40094a1343638bca8c3d6&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=cmVzaWxpZW50&hash=b7166272c8362430e7671f7dc98bd817fb955d4b&lang=en&cache-only=0&driver=googletts&accent=GB

tensile

https://tts.langeek.co/read?text=dGVuc2lsZQ&hash=bbfd2467e1c6be72efb691be532f35f66f94142d&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dGVuc2lsZQ&hash=c33cce088ff798f53212998a5002b350c9e32fa0&lang=en&cache-only=0&driver=googletts&accent=GB

to contract

https://tts.langeek.co/read?text=dG8gY29udHJhY3Q&hash=7ca17398b982c9daf469aa97de92790520dd2fcb&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dG8gY29udHJhY3Q&hash=9974357f71e0ed6f9df7ed66aa11d32aa7b4280c&lang=en&cache-only=0&driver=googletts&accent=GB

to compress

https://tts.langeek.co/read?text=dG8gY29tcHJlc3M&hash=6c31e41753790f6fc019b741addaa46737bfb5d3&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dG8gY29tcHJlc3M&hash=7b27f3beb3c0aaacba5d9b2075884ad1e41ed34b&lang=en&cache-only=0&driver=googletts&accent=GB

to condense

https://tts.langeek.co/read?text=dG8gY29uZGVuc2U&hash=7c8c54147361bc6668a863a243adfd0831b70312&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dG8gY29uZGVuc2U&hash=884c6a9054b03e5f876e530df80ecfe374788176&lang=en&cache-only=0&driver=googletts&accent=GB

to solidify

https://tts.langeek.co/read?text=dG8gc29saWRpZnk&hash=1ad81ecf527823742ffb5271992bf1123613a793&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dG8gc29saWRpZnk&hash=a831780732afbbda7c3843f72773d105a9e94200&lang=en&cache-only=0&driver=googletts&accent=GB

to absorb

https://tts.langeek.co/read?text=dG8gYWJzb3Ji&hash=51baaffbfeda5e63dda1235fe5bc55e932fd13e5&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dG8gYWJzb3Ji&hash=277be35e80b9611e83bb05f7870cb783e17e3e40&lang=en&cache-only=0&driver=googletts&accent=GB

photon

https://tts.langeek.co/read?text=cGhvdG9u&hash=86b04645956ef1804b7a89af580fc9a60cb6032b&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=cGhvdG9u&hash=3d6cc465408040a2bc7e75a396a26f0b01ae573a&lang=en&cache-only=0&driver=googletts&accent=GB

refraction

https://tts.langeek.co/read?text=cmVmcmFjdGlvbg&hash=ece42e174a20ae0833e2a2ef6eefc39385cbeada&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=cmVmcmFjdGlvbg&hash=eda15887e4951f09d27be0ed3706bf04d73f279f&lang=en&cache-only=0&driver=googletts&accent=GB

diffraction

https://tts.langeek.co/read?text=ZGlmZnJhY3Rpb24&hash=1418dec1661f7ca634b336f3b97c8683e8fb5fc0&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZGlmZnJhY3Rpb24&hash=45338ede7f763f4b2248733fbb38f75125c9d87a&lang=en&cache-only=0&driver=googletts&accent=GB

reflexion

https://tts.langeek.co/read?text=cmVmbGV4aW9u&hash=592f4d3540cce310a6e71c7c54c2dc3bd3b0f764&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=cmVmbGV4aW9u&hash=f57ebbfe536c72b16f88a936de823dc434c3936f&lang=en&cache-only=0&driver=googletts&accent=GB

wave

https://tts.langeek.co/read?text=d2F2ZQ&hash=3080e223cb0ca77cf057028e4e11fb7073cd782b&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=d2F2ZQ&hash=cde025409e4dc23107ee34052aff0d967a7e1584&lang=en&cache-only=0&driver=googletts&accent=GB

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.

What is "wavelength"?

wavelength

https://tts.langeek.co/read?text=d2F2ZWxlbmd0aA&hash=1ad8b8ac75c66760560ff0480407d6b04a7d1584&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=d2F2ZWxlbmd0aA&hash=a9a72c988a6423aaccd2ef8ff40622af811b3793&lang=en&cache-only=0&driver=googletts&accent=GB

Frequency refers to the number of times a wave or signal repeats in a given period, typically measured in cycles per second or Hertz (Hz). In the context of radio, television, or other electromagnetic waves, frequency determines the type of wave and its ability to carry data. For example, higher frequencies, like those in the gigahertz range, are used for things like Wi-Fi and mobile networks, while lower frequencies are often used for AM and FM radio. The frequency of a signal impacts its range, clarity, and how it interacts with the environment.

What is "frequency"?

frequency

https://tts.langeek.co/read?text=ZnJlcXVlbmN5&hash=f58e89ca7188b257f1aa61cf3ced77c3a41f960e&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=ZnJlcXVlbmN5&hash=d38133e67f05cc9683b962b049fb1539cb9572af&lang=en&cache-only=0&driver=googletts&accent=GB

spectrum

https://tts.langeek.co/read?text=c3BlY3RydW0&hash=c2c45db9443cde21dce0f6589a142dcb36c4442c&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=c3BlY3RydW0&hash=aa599b52c6287f7a4ef22e534a299a3513cece2b&lang=en&cache-only=0&driver=googletts&accent=GB

amplitude

https://tts.langeek.co/read?text=YW1wbGl0dWRl&hash=17f9391925100210b0c8f48f0d660ba1e62654af&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=YW1wbGl0dWRl&hash=f0ec215d135dee1941375b6803a08a2a1958e7d5&lang=en&cache-only=0&driver=googletts&accent=GB

oscillation

https://tts.langeek.co/read?text=b3NjaWxsYXRpb24&hash=037bb3d41a4e0ccaa9bf92123f88b342235a96db&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=b3NjaWxsYXRpb24&hash=ab613e8db574b1d745ada2e398a20223f81996da&lang=en&cache-only=0&driver=googletts&accent=GB

infrared

https://tts.langeek.co/read?text=aW5mcmFyZWQ&hash=92894700752a30f889f0b987a30490514e18d473&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=aW5mcmFyZWQ&hash=2af8f62c832b96f67da271e75f4402804274d65c&lang=en&cache-only=0&driver=googletts&accent=GB

ultraviolet

https://tts.langeek.co/read?text=dWx0cmF2aW9sZXQ&hash=108b68c259d5098b96667b614d1db8726313da26&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dWx0cmF2aW9sZXQ&hash=351f8c751bf2e48689fa37d397ff809f50d37d94&lang=en&cache-only=0&driver=googletts&accent=GB

laser

https://tts.langeek.co/read?text=bGFzZXI&hash=a3b678de65bfd138732ef8e94b24711cd951c1e3&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=bGFzZXI&hash=01e768102238631c81848359cd683b8b0a7f1fd6&lang=en&cache-only=0&driver=googletts&accent=GB

transverse wave

https://tts.langeek.co/read?text=dHJhbnN2ZXJzZSB3YXZl&hash=7a7275ddf0942c893074204621a9024b9d47cb06&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=dHJhbnN2ZXJzZSB3YXZl&hash=698e2800e5233bf04948cc55ffe6ffef326f6089&lang=en&cache-only=0&driver=googletts&accent=GB

longitudinal wave

https://tts.langeek.co/read?text=bG9uZ2l0dWRpbmFsIHdhdmU&hash=aa19dd42cc6c658eeabccd126c3160513be738a2&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=bG9uZ2l0dWRpbmFsIHdhdmU&hash=2e8b892a360a61b4dbc1a9267eb5ef3561c96d4d&lang=en&cache-only=0&driver=googletts&accent=GB

Interference refers to the disruption or weakening of a signal, such as radio, television, or wireless communication, caused by overlapping signals or other factors. It can result in poor sound or image quality, dropped connections, or slower data transmission. Interference may happen due to obstacles like walls, electronic devices emitting similar frequencies, or environmental factors such as weather. Managing interference is important to ensure clear and reliable communication or transmission in various technologies.

What is "interference"?

interference

https://tts.langeek.co/read?text=aW50ZXJmZXJlbmNl&hash=f1c8ba513f3eddc6eeff2b3b3d8235aeea8e04fb&lang=en&cache-only=0&driver=googletts

https://tts.langeek.co/read?text=aW50ZXJmZXJlbmNl&hash=931f23f3a58d3f90e75af1515475d66f60ab706f&lang=en&cache-only=0&driver=googletts&accent=GB

Study terms related to material properties, changes of state, light behaviour, wave characteristics, electromagnetic radiation, and wave types.

Matter & Wave Properties

"Matter & Wave Properties" in English Vocabulary