gravitational
US /ˌɡrævɪˈteɪʃənl/
・UK /ˌgrævɪˈteɪʃənl/
C1 高級
adj.形容詞重力的；傾向的
Objects fall down to the ground because of the Earth's gravitational pull
影片字幕
火星的月亮解釋--火衛一和火衛二MM#2 (The Moons of Mars Explained -- Phobos & Deimos MM#2)
01:55
- in reality, their gravitational pull isn't even strong enough
但在現實中它們的引力，仍然沒有強大到足以使它們變為球形。
用棒狀圖解釋引力波 (Gravitational Waves Explained Using Stick Figures)
03:21
- And yes, shake a planet or star back and forth really fast: gravitational waves.
重力波的發生是因為重力的影響不會以無限的速度向外傳播----
- Gravitational waves happen because the effects of gravity don't travel outwards at infinite
所以如果太陽往一邊跳數十萬公里，
【CNN10】NASA帕克探測器，前所未見的太陽景觀 | 2022年3月29日 (Never Before Seen Views Of The Sun | March 29, 2022)
10:00
- Using the planet's gravitational pull every few passes to attempt to gradually shift its orbit to about 33 degrees above the solar equator, delivering never before seen views of the sun's polar regions.
利用行星的引力，每經過幾次，試圖將其軌道逐漸轉移到太陽赤道上方約33度，提供從未見過的太陽極區的景色。
- using the planet's gravitational pull every few passes to attempt to gradually shift its orbit to about 33 degrees above the solar equator, delivering never-before-seen views of the sun's polar regions.
利用金星的引力，每經過幾次便試圖將其軌道，逐漸轉移到太陽赤道上方約33度，提供從未見過的太陽極區的景色。
人類歴史（23）外星人設計出人類心智系統與DNA! (人類歴史（23）外星人設計出人類心智系統與DNA!)
08:26
- they placed in the gravitational 'core' into all the planets
他們配置了地心吸力 '核心' 入所有的行星裏
ZEITGEIST: MOVING FORWARD | 官方發佈 | 2011年版 (ZEITGEIST: MOVING FORWARD | OFFICIAL RELEASE | 2011)
41:26
你需要多大的力量才能毀滅一個星球？ (How Much Power Do You Need To Destroy A Planet?)
06:43
- Indeed, in 2001, a paper addressed this issue by calculating the gravitational binding energy of these spherical planet.
實際上，在2001年，一篇論文透過計算球形行星的重力結合能解決了這個問題。
- And with the gravitational binding energy, it's a pretty simple concept for any Kerbal Space Program player.
有了重力結合能的概念，《坎巴拉太空計劃》的玩家都能輕易理解這個概念。
宇宙中最後一顆星--紅矮星解讀 (The Last Star in the Universe – Red Dwarfs Explained)
05:51
- All the gravitational forces of the red dwarf could squeeze the planet
有時紅矮星則散發極有威力的閃焰，這種突然暴發的能量威力無窮。
我們能走多遠？人類的極限。 (How Far Can We Go? Limits of Humanity.)
07:45
- us and other gravitational pockets becomes.
所以只要宇宙膨脹，星系團間的距離會隨著時間變得越來越遠