|
Sensory adaptation and Weber's Law
|
Questions related to perception
|
|
Creating and separating acetone
|
|
|
Setting up problems with constant acceleration
|
Practice identifying the known variables, target unknown, and correct kinematic formula to solve problems where acceleration is constant
|
|
Shortwave diathermy in rehabilitative medicine
|
|
|
Sight (vision) - Passage 2
|
Questions related to vision
|
|
Skill check: Applications to other fields and related rates
|
Test how well you can apply the principles of differentiation to other fields.
|
|
Skill check: Buffers
|
Check your understanding of buffers and the Henderson-Hasselbalch equation
|
|
Skill check: Cell division
|
Test your understanding of mitosis, meiosis, and the cell cycle!
|
|
Skill check: Partial derivatives and the gradient
|
Test your knowledge of partial derivatives
|
|
Skill check: Cellular respiration
|
Check your understanding of cellular respiration!
|
|
Skill check: Cellular transport
|
Test your understanding of transport mechanisms in cells!
|
|
Chi-square tests for two-way tables
|
For example, given a context, are the results of a chi-square test valid?
|
|
Skill check: Electric charge, field, and electric potential
|
Take this skill check to help you determine what you should review in electric charge, field, and electric potential.
|
|
Skill check: Mean value theorem, L'Hopital, and local linearization
|
Test your understanding of a few key theorems in differential calculus
|
|
Skill check: Membranes, diffusion, and osmosis
|
Test your understanding of membranes, diffusion, and osmosis!
|
|
One sample intervals for proportions
|
For example, interpret a 2% margin of error.
|
|
One sample intervals for means
|
For example, given a context, is it okay to construct a 95% confidence interval?
|
|
One sample tests for proportions
|
For example, given a context, what is the meaning of Type 1 error?
|
|
One sample tests for means
|
For example, given a context, are the conditions met to perform a one-sample test about the mean?
|
|
Skill check: Optimization
|
Check your understanding of relative minima, maxima, concavity and optimization problems
|
