#physicsassignmenthelpwithopticalinstrument résultats de recherche

Dr Dan Jones

25 oct.

Here is a lovely line spectra activity for students 🙂 helpmyphysics.co.uk/spectradragdro…

มัดรวมโจทย์คำนวณกล้องจุลทรรศน์ #dek67 รีบลองทำด่วน❗️ 📌ข้อสอบจริงปี 64 - 66 📌แนวการทำข้อสอบ ✅ เลนส์ใกล้วัตถุ 100x ต้องใช้น้ำมัน ✅ สูตรที่ต้องใช้ กำลังขยายกล้อง (m) = ใกล้ตา (Me) x ใกล้วัตถุ (Mo) กำลังขยายภาพ = ขนาดภาพ (I) / ขนาดวัตถุ (O) ดังนั้น Me x Mo = I/O…

easybioKruFai's tweet image. มัดรวมโจทย์คำนวณกล้องจุลทรรศน์
#dek67 รีบลองทำด่วน❗️

📌ข้อสอบจริงปี 64 - 66
📌แนวการทำข้อสอบ

✅ เลนส์ใกล้วัตถุ 100x ต้องใช้น้ำมัน
✅ สูตรที่ต้องใช้

กำลังขยายกล้อง (m) = ใกล้ตา (Me) x ใกล้วัตถุ (Mo)

กำลังขยายภาพ = ขนาดภาพ (I) / ขนาดวัตถุ (O)

ดังนั้น Me x Mo = I/O…

Physics-astronomy

@Physicsastronmy

22 sept. 2021

Lights slows as it interacts with the electron in glass

Physical Review A

@PhysRevA

16 min

Editors' suggestion: Quantum theory of a magneto-optical trap go.aps.org/4nZp60O

internet hall of fame

@InternetH0F

8 sept.

MIT has built a camera so fast it can capture light itself, the camera records at 1 TRILLION frames per second....

physico

@physico_physio

20 janv. 2017

直径わずか7mm、体積15cm^3の光学式ジャイロが開発されたんだって。回転による光の経路変化を1.3×10^-16cmの精度で調べられるとか書いてあって。電子の古典半径の1000分の１なんですけど。 Optica誌 osapublishing.org/optica/fulltex…

physico_physio's tweet image. 直径わずか7mm、体積15cm^3の光学式ジャイロが開発されたんだって。

回転による光の経路変化を1.3×10^-16cmの精度で調べられるとか書いてあって。
電子の古典半径の1000分の１なんですけど。

Optica誌
osapublishing.org/optica/fulltex…

Ulrike Boehm 🔬👩🏻‍💻

@Ulrike_Boehm

15 oct. 2023

Recently, I came across the web-based, interactive, & #opensource Optical Simulation tool #OPTICO 🔬 that allows students to virtually play around with mirrors, lenses, etc. 🚀 - Teachers & workshop leaders should try it out #openscience #openeducation 👉 optico.app/en/start-en/

Ulrike_Boehm's tweet image. Recently, I came across the web-based, interactive, &amp; #opensource Optical Simulation tool #OPTICO 🔬 that allows students to virtually play around with mirrors, lenses, etc. 🚀 - Teachers &amp; workshop leaders should try it out #openscience #openeducation 👉 optico.app/en/start-en/

Science Magazine

@ScienceMagazine

5 h

Scientists have developed a high-resolution display that converts projected light into illuminated and raised dots, or “pixels”, forming static or rapidly moving patterns that can be seen and felt. Learn more in @SciRobotics: scim.ag/4ng7T28

Una Química Para Todos

@quimicaPau

24 avr. 2018

La isomería óptica requiere la existencia de un carbono asimétrico (cuatro sustituyentes diferentes). Cada isómero desviará el plano de luz polarizada hacia un lado u otro. Samuel nos lo explica...

quimicaPau's tweet image. La isomería óptica requiere la existencia de un carbono asimétrico (cuatro sustituyentes diferentes).
Cada isómero desviará el plano de luz polarizada hacia un lado u otro. Samuel nos lo explica...

Physics-astronomy

@Physicsastronmy

7 oct. 2021

When refractive index of liquid equals to the refractive index of the container. There's nothing magic in the world. Just physics.

Physics In History

@PhysInHistory

6 h

Gravitational lensing occurs when a massive object, like a galaxy or black hole, bends the light from a more distant object behind it. The gravity of the massive object acts like a lens, warping space-time and causing the light to bend. This results in magnified, distorted, or…

PhysInHistory's tweet image. Gravitational lensing occurs when a massive object, like a galaxy or black hole, bends the light from a more distant object behind it. The gravity of the massive object acts like a lens, warping space-time and causing the light to bend.
This results in magnified, distorted, or…

syabil 🇲🇾

@syahs__

1 mars 2021

[ Physics ] Hereee is a long list of definitions and terms for you to memorise and understandd. I’ve highlighted most if not all important terms :D I’ve also compiled some of spot experiments for paper 3 ✌🏼

syahs__'s tweet image. [ Physics ]

Hereee is a long list of definitions and terms for you to memorise and understandd. I’ve highlighted most if not all important terms :D

I’ve also compiled some of spot experiments for paper 3 ✌🏼

MüllerScience

@MullerScience

31 août 2021

So I did a thing over the summer holiday! I wrote and resourced an entire SoW for AQA Physics. Please feel free to use any lessons you might need to want: docs.google.com/document/d/1ZI…

MullerScience's tweet image. So I did a thing over the summer holiday! I wrote and resourced an entire SoW for AQA Physics. Please feel free to use any lessons you might need to want: docs.google.com/document/d/1ZI…

MathType

@MathType

20 déc. 2023

The focal length for a positive converging lens in air is the distance from the lens to the point where the incident light beam is focused. It can be calculated from the lensmaker's equation and it represents the inverse of the system's optical power. #MathType #math #mathfacts

MathType's tweet image. The focal length for a positive converging lens in air is the distance from the lens to the point where the incident light beam is focused. It can be calculated from the lensmaker's equation and it represents the inverse of the system's optical power.

#MathType #math #mathfacts

ًpyol

@softestseungmin

12 juil. 2018

here's the only formula u need to pass your physics exam:

Fadli Januar

@fadlijaguar

17 juil. 2020

Misi guys, atas request dari temen gw, gw mau berbagi ilmu lagi, pastinya tentang fisika. Jadi gw bakal mencoba membahas, kali ini materinya tentang OPTIK, tapi karena materinya yang banyak, akan gw bagi menjadi fisis dan geometri. Kali ini fisis dulu.

AsapSCIENCE

@AsapSCIENCE

14 févr. 2018

Using long exposure, PhD candidate David Nadlinger took a photo of an atom illuminated by a laser, while it was suspended in the air by two electrodes. For a sense of scale, the two electrodes on either side of the atom are 2mm apart. (David Nadlinger/University of Oxford/EPSRC)

AsapSCIENCE's tweet image. Using long exposure, PhD candidate David Nadlinger took a photo of an atom illuminated by a laser, while it was suspended in the air by two electrodes. For a sense of scale, the two electrodes on either side of the atom are 2mm apart. (David Nadlinger/University of Oxford/EPSRC)

PropheticPatriarch ♱

@HeraldOfPurity

20 sept.

syabil 🇲🇾

@syahs__

31 mars 2020

Korang hina mrsm ni, Budak mrsm jugak yang post nota untuk SPM 2020 ✨🤟 PHYSICS FORM 5 CHAPTER 1 : WAVES The arrangement of electromagnetic waves according to its wavelength and frequency

syahs__'s tweet image. Korang hina mrsm ni, Budak mrsm jugak yang post nota untuk SPM 2020 ✨🤟

PHYSICS FORM 5 CHAPTER 1 : WAVES

The arrangement of electromagnetic waves according to its wavelength and frequency

Hans Chiu

@chiu_hans

1 mars

Let's interact with the light waves! Here, I created a real-time simulation that can run in your browser: chiuhans111.github.io/interactwave/ You can change the beam width and the focusing power of the input light rays. Please give it a try and let me know your thoughts! #Optics #WebGL