What is the translation of " PLANETARY MODEL " in Indonesian?

• model planet
• dalam model planetarium

Examples of using Planetary model in English and their translations into Indonesian

In the planetary model, helium's two electrons are shown circling the nucleus in a fixed orbit depicted as a ring.
Dalam model planet, dua elektron helium diperlihatkan mengelilingi nukleus dalam orbit tetap yang digambarkan sebagai cincin.

Museum and planetarium directors occasionally created controversy by omitting Pluto from planetary models of the Solar System.
Direktur museum dan planetarium menciptakan kontroversi dengan menurunkan Pluto dari model planet-planet Tata Surya.

The second problem was that the planetary model could not explain the highly peaked emission and absorption spectra of atoms that were observed.
Masalah kedua adalah bahwa model planet tidak bisa menjelaskan emisi puncak dan penyerapan spektrum atom yang diamati.

In 1913, after returning to Copenhagen, he began publishing his theory of the simplest atom, hydrogen, based on the planetary model of the atom.
Pada tahun 1913, setelah kembali ke Kopenhagen, ia mulai menerbitkan teori atom yang paling sederhana, hidrogen, berdasarkan pada model planet atom.

This led Rutherford to propose a planetary model in which a cloud of electrons surrounds a small, compact nucleus of positive charge.
Hal ini menyebabkan Rutherford mengajukan teori model planet di mana awan elektron mengelilingi inti kecil dan kompak yang bermuatan positif.

Aryabhata(476 to 550), used his magnum opus, called Aryabhatiya(499), put forward a method of calculation, which was based on a planetary model.
Aryabhata( 476 hingga 550), menggunakan magnum opusnya, yang disebut Aryabhatiya( 499), mengajukan metode perhitungan, yang didasarkan pada model planet.

Ibn Tufail and Al-Betrugi are the first to propose planetary models without any equant, epicycles or eccentrics.
Penggantinya Ibn Tufail dan Nur Ed-Din Albithruji( Alpetragius, eropah) adalah orang pertama yang mengusulkan model planet-planet tanpa equant, epicycles dan eccentric.

For his planetary models, he invented a geometrical technique called a Tusi-couple, which generates linear motion from the sum of two circular motions.
Untuk model planetary, dia menciptakan teknik geometris yang dinamakan Tusi-couple, yang menghasilkan gerekan linier dari penjumlahan dua gerakan sirkuler.

Ibn Tufail and Nur Ed-Din Al Betrugi(Alpetragius) were the first to propose planetary models without any equant, epicycles or eccentrics.
Penggantinya Ibn Tufail dan Nur Ed-Din Albithruji( Alpetragius, eropah) adalah orang pertama yang mengusulkan model planet-planet tanpa equant, epicycles dan eccentric.

An example is the planetary model of the atom in which electrons are pictured as orbiting the nucleus, analogous to the way planets orbit the Sun.
Contohnya adalah yang umum digunakan model planet dari atom, dimana elektron digambarkan sebagai mengorbit inti, analog dengan cara planet mengorbit Matahari.

In a later treatise entitled Ta‘līq al-arṣād(“Comments on Observations'). he described the observations and procedures with which he had constracted his new planetary models and derived new parameters.
Pada risalah lainnya yang berjudul Taʿlīq al- arṣād( Comments on observations), ia mendeskripsikan observasi dan prosedur yang telah dikonstruksikan olehnya dengan model planetari dan menurunkan parameter baru.

In Ptolemy's planetary model, the earth was at the centre, the planets and the sun made circular orbits around the earth, and the stars were on a sphere outside of the orbits of the planet and the earth.
Dalam model planetarium Ptolemy, bumi berada di pusat, planet dan matahari mengelilingi orbit bumi dan bintang-bintang lingkungan di luar orbit planet dan bumi.

Whereas Ibn al-Shatir's concept of planetary motion was conceived in order to play an important role in an earth-centred planetary model, Copernicus used the same concept of motion to present his sun-centred planetary model..
Sedangkan konsep Ibn al-Shatir tentang gerak planet ini disusun dalam rangka memainkan peran penting dalam model planet bumi berpusat, Copernicus menggunakan konsep yang sama gerak untuk menyajikan model sun-berpusat planet-nya..

Thus, the planetary model of the atom was discarded in favor of one that described atomic orbital zones around the nucleus where a given electron is most likely to be observed.[23][24].
Dengan itu, model planet bagi atom disingkirkan dan diganti dengan yang menggambarkan zon orbital atom mengelilingi nukleus di mana elektron tertentu kemungkinan besar dapat dipantau.[ 21][ 22].

In his 2nd century work the Almagest, the Hellenistic astronomer Claudius Ptolemaeus constructed a geocentric planetary model based on deferents and epicycles to explain Jupiter's motion relative to Earth, giving its orbital period around Earth as 4332.38 days, or 11.86 years.
Dalam karyanya pada abad ke-2 yang berjudul Almagest, astronom Yunani Claudius Ptolemaeus membuat model planet geosentrik berdasarkan deferen dan episiklus untuk menjelaskan pergerakan Yupiter relatif terhadap Bumi, dan memberinya periode orbit selama 4332,38 hari atau 11,86 tahun.

In the text, Ibn al-Haytham also describes an early version of Occam's razor, where he employs only minimal hypotheses regarding the properties that characterize astronomical motions, as he attempts to eliminate from his planetary model the cosmological hypotheses that cannot be observed from Earth.
Dalam teks, Ibn al-Haytham juga menjelaskan versi awal itu pisau cukur Occam, di mana dia mempekerjakan hanya hipotesis minimal tentang sifat-sifat yang menjadi ciri gerakan astronomi, saat ia mencoba untuk menghilangkan dari model planet itu hipotesis kosmologis yang tidak dapat diamati dari Bumi.

Most historians of Islamic astronomy believe that the planetary models developed at Marāgheh found their way to Europe(perhaps via Byzantium) and provided Nicolaus Copernicus(1473- 1543) with inspiration for his astronomical models..
Kebanyakan sejarawan astronomi Islam percaya bahwa model planet yang dikembangkan di Maragha akhirnya ke Eropa dan memberi inspirasi bagi Nicolaus Copernicus( 1473- 1543) mengembangkan model astronominya.

In the 12th century, Arzachel departed from the ancient Greek idea of uniform circular motions by hypothesizing that the planet Mercury moves in an elliptic orbit, while Alpetragius proposed a planetary model that abandoned the equant, epicycle and eccentric mechanisms, though this resulted in a system that was mathematically less accurate.
Pada abad ke-12, Arzachel meninggalkan ide Yunani kuno" pergerakan melingkar uniform"( uniform circular motion) dengan membuat hipotesis bahwa planet Merkurius bergerak dalam orbit eliptik, sedangkan Alpetragius mengusulkan model planetari yang meninggalkan equant, mekanisme epicycle dan eksentrik, meskipun ini menghasilkan suatu sistem yang lebih kurang akurat secara matematik.

During the second century A.D., Ptolemy had invented a geometric planetary model with eccentric circular motions and epicycles, significantly deviating from Aristotle's idea that celestial bodies moved in a fixed circular motion around the earth.
Selama abad kedua Masehi, Ptolemeus telah menemukan model planet geometris dengan gerakan melingkar dan eposentris, secara signifikan menyimpang dari ide Aristoteles bahwa benda langit bergerak dalam gerakan melingkar tetap di sekitar bumi.

The Bohr Model is a planetary model in which the negatively charged electrons orbit a small, positively charged nucleus similar to the planets orbiting the Sun(except that the orbits are not planar)- the gravitational force of the solar system is mathematically akin to the attractive Coulomb(electrical) force between the positively charged nucleus and the negatively charged electrons.
Model Bohr adalah model planet di mana elektron bermuatan negatif mengorbit sebuah inti atom kecil bermuatan positif yang serupa dengan planet yang mengorbit Matahari( kecuali orbitnya tidak planar)- gaya gravitasi tata surya secara matematis mirip dengan gaya Coulomb( listrik) antara inti yang bermuatan positif dan elektron yang bermuatan negatif.

In his Aryabhatiyabhasya, a commentary on Aryabhata's Aryabhatiya, he developed a planetary model where Mercury, Venus, Mars, Jupiter and Saturn orbit the Sun, which in turn orbits Earth, similar to the Tychonic system later proposed by Tycho Brahe in the late 16th century.
Dalam Aryabhatiyabhasya, komentar terhadap Aryabhatiya-nya Aryabhata, ia mengembangkan model planet berupa Merkurius, Venus, Mars, Yupiter, dan Saturnus mengelilingi Matahari dan Matahari mengelilingi Bumi, mirip sistem Tychonik yang kelak diusulkan Tycho Brahe pada akhir abad ke-16.

The classical model of the atom is called the planetary model, or sometimes the Rutherford model after Ernest Rutherford who proposed it in 1911, based on the Geiger- Marsden gold foil experiment which first demonstrated the existence of the nucleus.
Model klasik atom ini disebut model planet atau model Rutherford yang dinamai dari Ernest Rutherford yang mengusulkannya tahun 1911, berbasis dari percobaan keping emas Geiger- Marsden yang pertama kali mendemonstrasikan adanya nukleus.

But his efforts were unsuccessful in replacing Ptolemy's planetary model, due to the numerical predictions of the planetary positions in his configuration being less accurate than that of the Ptolemaic model, mainly because he followed Aristotle's notion of perfect circular motion.
Ia tidak berhasil dalam menggantikan model planet Ptolemy ini, sebagai prediksi numerik dari posisi planet dalam konfigurasi nya kurang akurat dibandingkan model Ptolemeus, karena sulitnya pemetaan Model epicyclic Ptolemy ke bola konsentris Aristoteles.

For more on this point, see The classical model of the atom is called the planetary model, or sometimes the Rutherford model-after Ernest Rutherford who proposed it in 1911, based on the Geiger-Marsden gold foil experiment, which first demonstrated the existence of the nucleus.
For more on this point, see Model klasik atom ini disebut model planet atau model Rutherford yang dinamai dari Ernest Rutherford yang mengusulkannya tahun 1911, berbasis dari percobaan keping emas Geiger-Marsden yang pertama kali mendemonstrasikan adanya nukleus. Dalam kasus ini.

He was unsuccessful in replacing Ptolemy's planetary model, as the numerical predictions of the planetary positions in his configuration were less accurate than those of the Ptolemaic model,[5] because of the difficulty of mapping Ptolemy's epicyclic model onto Aristotle's concentric spheres.
Ia tidak berhasil dalam menggantikan model planet Ptolemy ini, sebagai prediksi numerik dari posisi planet dalam konfigurasi nya kurang akurat dibandingkan model Ptolemeus, karena sulitnya pemetaan Model epicyclic Ptolemy ke bola konsentris Aristoteles.