Note-able Contenders
What is the benefit of good note taking?
Studies have shown you retain more information if you take detailed, neat notes.
What is the difference between qualitative and quantitative?
Qualitative is non-numerical, while quantitative is numerical.
What are the SI units of length?
Meters (m)
What is the variable for velocity?
v
Our kinematic equations are acutally _________ of _____.
Functions; time
How many points do you earn for completing guided notes?
3
What are units?
Quantities chosen as a standard of measurement.
What are the SI units of mass?
Kilograms (kg)
What is the variable for y-position?
y
How do you say this: f(x)
f of x OR function of x
Aside from notes and study guides, what are great study tools before exams or quizzes?
Graded work!
What is magnitude?
The numbers and units representing a measurement.
What are the SI units of electric current?
Ampere (A)
What is the subscript we use for "final"?
f
How would you write: "final velocity as a function of time"?
vf(t)
Why does Ms. Henson grade notes?
To give an incentive to getting into the habit of notetaking during instruction.
What is the difference between vectors and scalars?
Scalars are magnitude only, vectors have magnitude and direction.
What are the SI units of force?
Newton (N or kg m/s^2)
How would you write this variable: "initial z velocity"?
vzi
How do you say this equation in words: xf=xi+vit+(1/2)at2?
Final x position is equal to initial x position plus initial velocity times time plus one-half acceleration times time squared.
Where do I find notes I missed if I am absent?
The binder on the back table.
What is the difference between fundamental and derived units?
Fundamental units are all those units which are independent of any other unit (they cannot be further reduced). Derived units are obtained by multiplying or dividing one or more fundamental units.
What are the SI units of density?
Kilograms per cubic meter (kg / m^3)
How do you say this variable: yf?
Final y position
How do you write this equation: "final z velocity is equal to initial z velocity plus z acceleration times time"?
vzf=vzi+azt