Physics Syllabus - April 2020
Monday Tuesday Wednesday Thursday Friday

## What am I supposed to do each day?

April 13
LEARNING TARGET:

Identify components of the electromagnetic spectrum, calculate wavelength and frequency, and describe therelationship between brightness and distance from source.

TO DO:

• Read pgs 446-450.  If you took chemistry, pgs 446-448 are review.
• Work problems 2 and 4 on pg 449

Section review questions pg 450:
Watch this video

STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light

14
DUE TODAY:

Prob 2&4 pg 449
LEARNING TARGET:

describe the relationship between brightness and distance from source.
TO DO:

Section review questions pg 450
Complete the 2 interactives at this link
STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light
15
DUE TODAY:

pg 450 section review
LEARNING TARGET:

Draw ray diagrams and describe the image formed by a plane mirror.
Draw ray diagrams and describe the image formed by a concave mirror.
IN CLASS
:
AGENDA:
Questions?
How to draw ray diagrams for plane mirrors and concave mirrors.
• Calculating image size and distance

TO DO:

•Section Review pg 454
STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light
16
DUE TODAY:

Section Review pg 454
LEARNING TARGET:

Draw ray diagrams for plane and concave mirrors and use them to describe the image formed.
TO DO:

For the interactive at this link, choose MIRROR and start with the rays OFF. Turn them on, one at a time, and then move the focal point and see what happens.
STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light.

17
Catch-up. Make-up, and Q&A day!

STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light

20
DUE TODAY:

p
LEARNING TARGET:

Calculate distances and focal lengths using the mirror equation for concave mirrors.
IN CLASS:
TO DO:
you may find the efirst 2 links helpful as you work the problems.
Reading that describes concave mirror images on the diagram in your book on pg 460
• Here is a written review of drawing ray diagrams for concave mirrors as we did in the Zoom meeeting (see videos)

• Do the
Concave Mirror Interactive
Problems 1-4 pg 462 (for ray diagram in problem 2, I used mm instead of cm so the diagram fit on the page and still be proportionally correct.)
STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light

21
DUE TODAY:

Problems 1-4 pg 462
LEARNING TARGET:

Calculate distances and focal lengths using the mirror equation for concave mirrors.
TO DO:

Finish problems 1-4 pg 462
STANDARD:
P.W. Waves P.W.2: Light Phenomena Ray Diagrams propagation of Light
22
DUE TODAY:

LEARNING TARGET:

Draw ray diagrams for convex mirrors. Calculate distances and focal lengths using the mirror equation for convex mirrors.
IN CLASS:

AGENDA:
Concave mirrors - questions?
Convex mirror ray diagrams and calculations
TO DO:

pg 466 problems 1-6
STANDARD:

23
DUE TODAY:

LEARNING TARGET:

Draw ray diagrams for convex mirrors. Calculate distances and focal lengths using the mirror equation for convex mirrors.
TO DO:

Compare tthese 2 interactive images for concave and convex mirrors.
Work on pg 466 problems 1-6
STANDARD:

24
Catch-up. Make-up, and Q&A day!

STANDARD:

27
DUE TODAY:

pg 466 problems 1-6
LEARNING TARGET:

Use the properties of the nucleus to explain why some nuclei are unstable:
• Calculate binding energy and explain how it is useful.

TO DO:

STANDARD:
28
LEARNING TARGET:

Use the properties of the nucleus to explain why some nuclei are unstable:
• Calculate binding energy and explain how it is useful.

TO DO:

Attempt section review questions page 796
STANDARD:
29
LEARNING TARGET:

Describe 3 modes of nuclear decay and predict their products.
IN CLASS:

Recording of zoom meeting Password 8P&2+g\$&
AGENDA:
The nucleus and binding energy Notes from Zoom
Nuclear decay
• Intro to nuclear reactions

TO DO:

STANDARD:

30
DUE TODAY:

section review questions page 796
LEARNING TARGET:

Describe 3 modes of nuclear decay and predict their products.
TO DO:
:
Alpha decay simulation:
Beta decay simulation
pg 802 problems 1-6:
Watch How to Decetc a Neutrino
STANDARD:

May 1
Catch-up. Make-up, and Q&A day!.
TO DO:
Section Review pg 806:
Nuclear Decay notes