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Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze a system and determine when an object is in equilibrium. Review Concept check questions 1- 20, page 24. Vector Treasure Hunt Homework : Vectors Handout Question of the day = POP Quiz The most massive star in our galaxy is Eta Carinae, it is two hundred times as large as the sun that has a mass of 2x10^30Kg. Calculate the mass of Eta Carinae in milligrams. Is it a. 4x10^38 b. 4x10^17 c. 4x10^35 d. 4x10^14

Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

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Page 1: Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

Physics Class8-14-2014

Standard:

Determine the conditions required for an object to remain in equilibrium.

Daily Agenda

Learning Target

I can analyze a system and determine when an object is in equilibrium.

Review Concept check questions 1- 20, page 24.

Vector Treasure Hunt

Homework: Vectors Handout

Question of the day = POP QuizThe most massive star in our galaxy is Eta Carinae, it is two hundred times as large as the sun that has a mass of 2x10^30Kg. Calculate the mass of Eta Carinae in milligrams. Is it

a. 4x10^38 b. 4x10^17c. 4x10^35 d. 4x10^14

Page 2: Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

Honors Physics Class -3rd8/13+14/2014

Standard:

Determine the conditions required for an object to remain in equilibrium.

Daily Agenda

Learning Target

I can analyze a system and determine when an object is in equilibrium.

Review Concept check questions 1- 20, page 24

Vector Treasure Hunt Do not write in the work book,Write it on notebook paper.One lab paper per group

Homework: Vectors Handout

Question of the day

The most massive star in our galaxy is Eta Carinae, it is two hundred times as large as the sun that has a mass of 2x10^30Kg. Calculate the mass of Eta Carinae in milligrams. Is it

a. 4x10^38 b. 4x10^17c. 4x10^35 d. 4x10^14

Page 3: Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

Honors Physical Science Class8-12-2014

Standard: Students will understand important features of the process of scientific inquiry.

Daily Agenda

Learning Target

I can identify the main processes of scientific inquiry

Finish the ppt on scientific method

Inductive reasoning Simpsons Scientific method Homework: Complete the Simpsons page We will be in the media

center on Thursday. We will begin working on the Science Fair project then. Complete the Lab Safety

Poster and Essay Project It is due Friday 8-18-2014

Question of The Day2. In a controlled experiment a. there are multiple variablesb. the responding variable is kept

constantc. the manipulated variable

changesd. only one variable is tested

Page 4: Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

Honors Physics Class – 5th8/13+14/2014

Standard:

Determine the conditions required for an object to remain in equilibrium. Daily Agenda

Learning Target

I can analyze a system and determine when an object is in equilibrium.

Vector handout Vector Treasure

HuntDo not write in the work book,Write it on notebook paper.One lab paper per group

Homework: Complete any work

not done in class.

Question of the day

This is a pop quiz! Do not share you answer/method with anyone else. You will show your work on an index card.The most massive star in our galaxy is Eta Carinae, it is two hundred times as large as the sun that has a mass of 2x10^30Kg. Calculate the mass of Eta Carinae in milligrams. Is it a. 4x10^38 b. 4x10^17c. 4x10^35 d. 4x10^14

Page 5: Physics Class 8-14-2014 Standard: Determine the conditions required for an object to remain in equilibrium. Daily Agenda Learning Target I can analyze

Honors Human Anatomy and Physiology8-14-2014

Standard:S SAP1a Apply correct terminology when explaining the orientation of body parts and regions.

Daily Agenda

Learning Target

I can identify the body landmarks and use them to describe the location of a homeostatic imbalance.

Textbook Distribution Body Landmark games Study Buddy Activity Complete questions Pages

23 and 24 of the textbook.

Homework: Study for test next Friday, August 22,2014

Question of the dayThe body process responsible for maintaining balance is a. metabolism b. digestion c. Respiration d. homeostasis