#Postulate Math

Segment Addition Postulate, Prof AlgeBro #fyp #math #shorts #follow #education

🔴 ¿Puedo postular a la NACIONALIZACIÓN sin la RESIDENCIA DEFINITIVA? #migranteinformado #migranteempoderado #nacionalizacion #tramitesmigratorios #nacionalidadcalificada #chileno #vinculo #extranjerosenchile #abogadosdeinmigración #nacionalizacionchilena

¿Cómo postular a la práctica profesional en derecho? ⚖️ Esta pregunta se repitió mucho por mensaje así que decidí hacerles un video de como realicé mi postulación a la practica profesional en derecho. En el video muestro cuales son las opciones para hacer la práctica en la región metropolitana, sin embargo, en las otras regiones pueden variar en cantidad, así como también cuantas deben seleccionar. Espero les sirva el video 🩷 #derecho

You Were Taught this WRONG in SCHOOL This video tries to explain the basic concepts of Albert Einstein's General Theory of Relativity in the simplest way and shortest time possible.

Did your teen think of using AA similarity postulate to help them solve this problem? #math #fyp #fypシ #fypage #viral #viralvideos #viralreels #student #teacher #education #learning #studytok #mathhack #mathtok #algebra #algebra1 #algebra2 #geometry #square #pythagorean #theorem #special #right #triangle #postulate #similar

Euclidean geometry is the study of flat, two-dimensional spaces based on five postulates by Euclid, including the idea that parallel lines never intersect and that the sum of angles in a triangle is always 180 degrees. Non-Euclidean geometry, on the other hand, arises when Euclid’s parallel postulate is altered. It includes two main types: 1. Hyperbolic geometry: Parallel lines diverge, and the sum of angles in a triangle is less than 180 degrees. 2. Elliptic geometry: No parallel lines exist, and the sum of angles in a triangle is greater than 180 degrees. These geometries describe curved surfaces and are used in fields like astronomy and general relativity. #astrokshitij #math #science

For a moving observer, who is traveling with the light clock, the light pulse appears to travel in a straight path, bouncing up and down between the mirrors. From this observer's point of view, the time it takes for the light to complete its path is measured as normal, with no changes in the clock's behavior. The speed of light remains constant, and the path is straightforward. In contrast, a stationary observer, who is at rest relative to the moving clock, sees something different. Since the clock is in motion, the light pulse travels in a triangular path instead of a straight one. Due to this longer path, and the fact that the speed of light is constant, it seems to the stationary observer that the light is taking longer to complete its journey. This gives rise to the effect of time dilation, where the stationary observer concludes that time is passing more slowly for the moving observer. In summary, the stationary observer perceives the moving clock's time as running slower, while the observer moving with the clock experiences time as normal. This phenomenon is a fundamental aspect of time dilation in Special Relativity, demonstrating how motion affects the passage of time. *Video Credit: Doctor Who (YouTube) by BBC*

Time Dilation

From the perspective of an observer moving alongside a light clock, the light pulse follows a simple, straight trajectory, bouncing vertically between the mirrors. This observer would measure the time for the light to complete its path as unchanged, indicating normal clock behavior. The constancy of the speed of light and the directness of the light's path are consistent with their frame of reference. Conversely, a stationary observer, positioned at rest relative to the moving clock, would perceive a different scenario. As the clock moves relative to their position, the light pulse traces a triangular path, rather than a straight vertical one. This elongated path, combined with the invariant speed of light, leads the stationary observer to perceive a longer duration for the light to complete its journey. This observation forms the basis of time dilation, where the stationary observer deduces that time is progressing more slowly for the observer in motion. In essence, the stationary observer perceives time on the moving clock as passing more slowly, while the observer moving with the clock experiences time at its normal rate. This discrepancy in the perception of time is a fundamental consequence of time dilation as described by Special Relativity, illustrating the intricate relationship between motion and the passage of time. . . Credit : whomsoever (video is only for educational purpose) . . #einstein #generalknowledge #facts #instascience #generaltheoryofrelativity #theoryofrelativity #physics #viral #trending #science #astrophysics #astronomy #cosmos #briancox #neildegrassetyson #space #spacetime #learnscience #sciencefacts #sciencememes #telescope #moon #stars #planets #light #interstellar

Dual nature of matter and radiation #mhtcet #satara_ig #satarakar #jee #mhtcetpcb #mhtcetpcm

Due to the segment addition postulate I will continue holding people accountable for their votes. Thanks.