"Transmits" Natural Recordings by Native Speakers
To send or send out (something such as a signal, image, or sound) from one place to another.
Transmissibility refers to the ability of something, such as a disease, a mechanical load, or a wave, to be transmitted or passed on from one person, object, or system to another. This can be measured as a coefficient or factor that quantifies how easily something is transferred between two systems or mediums.<br><br>In different fields, transmissibility has different meanings:<br><br>1. <strong>Epidemiology</strong>: The ability of a disease to be transmitted from one person to another, often measured through the basic reproduction number (R0).<br>2. <strong>Mechanical engineering</strong>: The ability of a mechanical load to be transferred from one structure or system to another, often measured through the transmission of vibrations or forces.<br>3. <strong>Geophysics</strong>: The ability of seismic waves to transmit energy through the Earth's interior, often measured through seismic velocities.<br>4. <strong>Electrical engineering</strong>: The ability of an electrical signal or energy to be transmitted through a transmission line or medium, often measured through impedance or attenuation.<br><br>Overall, transmissibility describes the ease or efficiency with which something is transmitted from one system to another.
Transmissible refers to something that can be passed from one person or thing to another, often through a process or over a period of time.<br><br>In other words, transmissible refers to something that can be transmitted, moved, or conveyed from one location, person, or entity to another.<br><br>Example sentences:<br><br>- The disease is highly transmissible among young children.<br>- The new technology was quickly transmissible from one country to another.<br><br>Synonyms for transmissible include contagious, infectious, transferable, and communicable.
Transmissions refer to the process or system of sending and receiving messages or signals, especially through a medium such as radio, television, or the internet.<br><br>Alternatively, transmissions can also refer to the act of driving a vehicle equipped with an automatic or semi-automatic transmission, which enables the driver to change gears without manually shifting them.<br><br>In a more medical context, transmissions can refer to the process of passing on a disease or infection from one person to another, often through direct contact or vectors such as mosquitoes.<br><br>In a more general sense, transmissions can also refer to anything that is transmitted or conveyed, such as power, energy, or information.
The word "transmissive" refers to the act of transmitting or conveying information, heat, or energy from one point or medium to another, often through a process or system. It can also describe the quality of being able to transmit or convey something effectively.
Sent or conveyed through a medium or route.<br><br>Example: "The disease was transmitted from person to person through casual contact."
Transmittivity refers to the ability of a medium to allow the transmission of energy, especially electromagnetic radiation, through it. It is a measure of how well a medium, such as glass, air, or a liquid, allows light or other forms of electromagnetic radiation to pass through it.<br><br>In physics, transmittivity is a measure of the ratio of the intensity of a transmitted beam of radiation to the intensity of the incident beam. It is usually expressed as a value between 0 and 1, where 1 represents complete transmission and 0 represents no transmission.<br><br>For example, a medium with high transmittivity would allow most of the radiation to pass through it, while a medium with low transmittivity would block most of the radiation.<br><br>In various fields, transmittivity is used in different contexts:<br><br>1. Optics: Transmittivity is used to describe the transparency of a material, such as glass or plastic.<br>2. Spectroscopy: Transmittivity is used to measure the intensity of light passing through a sample.<br>3. Medical imaging: Transmittivity is used to image the internal structures of the body using techniques such as CT scans and MRI.<br>4. Aerospace: Transmittivity is used to study the properties of the atmosphere and the transmission of radiation through the atmosphere.<br><br>Overall, transmittivity is an important concept in various fields that deal with light, energy, and radiation.