Intensive Physics Homework for Garnevicus Section
Thursday, 9/4- fill out black box lab sheet
Monday 9/8- to be collected this sheet
additional questions p21 #1, 2 and the questions on the sheet from class
Thursady 9/11 - to be collected hw sheet #2 bring laptops for lab
additional questions p51 conceptual questions 6,7 p52 #13, 16, 21
also, here's an interesting article to drive home the importance of unit conversion
Friday 9/12- brief quiz (ten minutes)
Monday 9/16- hw #3
Thursday- lab due, also hw #4
Friday- brief quiz (ten-fifteen minutes) you can use the sheets from class today as review
Monday- hw#5
Thursday- hw#6
additional questions- projectile motion sheets
Friday- Brief Quiz
Monday- 9/29 hw#7
Thursday- TEST some good numeric practice problems p24 #51, 55, 63 p55 #59, 61, 65, 71, 80 p82 #60, 62, 67, 73
conceptual questions on p51, 77 also good to flip through.
Monday- think about conceptual questions 1,3,4,5,6 on page 119 read pages 85-89
Thursday- sheet from class (blue sheet),
additional problems: green sheet from class
Monday-Great work in class today, everybody. I was very impressed at what each group was able to come up with. Try these problems based on your work for homework
Thursday- Brief Quiz
additional problems- p127 #102, 91, 77
Friday- p125-126 #67, 74, 85
review problems to look at conceptual questions p119-120 #1-8 15-21, 25-27
just about any of the regular problems p121-128 except for section 4.7 problems
thursday- TEST on newton and dynamics
Tuesday- half atwood lab due
Thursday- parachute drop
Friday- test corrections- happy end of quarter #1
Monday- p148 #6, 8, 12, 18
Thurs- 'planet thing'
proportion part- if the Earth is the size of a nickel, make a cut out of paper or cardboard that would be the correct size of your planet, also determine how far away it would be from the Sun on this size scale
gravity- determine what the gravitational acceleration would be for someone standing on the surface of this planet
fun fact- find one fun fact
tougher centripetal motion thing- find out how long the planet takes to rotate. figure out how far away from the planet a satellite would have to be to be in synchronus orbit over it. In other words that it takes the same amount of time to revolve around the planet as the planet takes to spin and therefore always stays over the same spot.
Friday- brief quiz
Monday- Parachute project
suggested problems p148-152 #18,23,30,36,48,49