FREE Trial

Use the equation = ax/D to explain the following observations: a. With the slits closer together,

Question:

Use the equation  λ = ax/D to explain the following observations:
a. With the slits closer together, the fringes are further apart.
b. Interference fringes for blue light are closer together than for red light.
c. In an experiment to measure the wavelength of light, it is desirable to have the screen as far from the slits as possible.

Fantastic news! We've Found the answer you've been seeking!

Step by Step Answer:

Answer rating: 72% (11 reviews)

a The equation axD relates the wavelength of light to the distance between the slits D and the dista...View the full answer


answer-question-section
Answered By
tutor-profile-image
BillClinton Muguai
I have been a tutor for the past 5 years. I have experience working with students in a variety of subject areas, including computer science, math, science, English, and history. I have also worked with students of all ages, from elementary school to college. In addition to my tutoring experience, I have a degree in education from a top university. This has given me a strong foundation in child development and learning theories, which I use to inform my tutoring practices. I am patient and adaptable, and I work to create a positive and supportive learning environment for my students. I believe that all students have the ability to succeed, and it is my job to help them find and develop their strengths. I am confident in my ability to tutor students and help them achieve their academic goals.
0.00 0 Reviews 10+ Question Solved
Related Book For  book-img-for-question
Cambridge International AS And A Level Physics Coursebook

Cambridge International AS And A Level Physics Coursebook

ISBN: 9781108859035

3rd Edition

Authors: David Sang, Graham Jones, Gurinder Chadha, Richard Woodside

See More Books
Question Posted:
See More Questions

Related Video

A hologram is a three-dimensional image created by the interference of light beams from a laser or other light source. The holographic image appears to be floating in space and can be viewed from different angles, just like a real object. Holograms have many practical applications, including security features on credit cards and passports, 3D displays for medical imaging and scientific visualization, and holographic art and entertainment. The process of making a hologram involves recording the interference pattern of laser light on photographic film or other recording media, and then reconstructing the pattern with a laser to create the holographic image. To begin making a hologram, start by drawing shapes and marking measurements on a large cardboard using a scale, cutter, and pencil or pen. Cut out the cardboard pieces according to the measurements, and spray each piece with a coloring spray for a better look. Create a mobile holder by attaching long and small cardboard bars to a rectangle-shaped cardboard base with glue. Make side walls by placing cardboard wall pieces on top of the base and securing them with glue. For the screen, use a polypropylene sheet and attach it to the side walls with needles and glue. Place small triangular-shaped side walls on top of the pp sheet and secure them with needles. Add a black cardboard paper back cover to the hologram by measuring, cutting, and gluing it to the back walls. Test the hologram by playing a hologram video on a mobile.

Students also viewed these Sciences questions

Kawasaki 400 And 440 Twins Haynes Repair Manual 1st Edition - ISBN: 0856967114 - Free Book