Biology 1406 Lab Exam 2 Test Questions and Answers Rated A
0
Calculate percent change in mass if the initial mass is 5.7g
and the final mass is 5.7g.
Calculate percent change in mass if the initial mass is 5.3g
34
and final mass is 7.1g
Calculate percent change in mass if initial mass is 6.4g and
-29.7
final mass is 4.5g.
turgid Plant cell in hypotonic solution
Lysis Animal cell in hypotonic solution
Flaccid Plant cell in isotonic solution
Plasmolysis Plant cell in hypertonic solution
Crenation Animal cell in hypertonic solution
The most concentrated aka strongest solution will cause
cells (or potatoes) to LOSE the most mass. The least con-
centrated aka weakest solution will cause cells (or pota-
-7.8, -2.5, 0, 3.4
toes) to GAIN the most mass.
Put these solutions in order from MOST Concentrated to
least concentrated, based on percent change in mass.
C
From this image, each line represents the distance dye
dittuses through agar, from the top of the tube down.
Which dye is largest molecular weight
From this graph, if a solution has 0.4 Abs, what is the
50
glucose concentration?
1/4
0
Calculate percent change in mass if the initial mass is 5.7g
and the final mass is 5.7g.
Calculate percent change in mass if the initial mass is 5.3g
34
and final mass is 7.1g
Calculate percent change in mass if initial mass is 6.4g and
-29.7
final mass is 4.5g.
turgid Plant cell in hypotonic solution
Lysis Animal cell in hypotonic solution
Flaccid Plant cell in isotonic solution
Plasmolysis Plant cell in hypertonic solution
Crenation Animal cell in hypertonic solution
The most concentrated aka strongest solution will cause
cells (or potatoes) to LOSE the most mass. The least con-
centrated aka weakest solution will cause cells (or pota-
-7.8, -2.5, 0, 3.4
toes) to GAIN the most mass.
Put these solutions in order from MOST Concentrated to
least concentrated, based on percent change in mass.
C
From this image, each line represents the distance dye
dittuses through agar, from the top of the tube down.
Which dye is largest molecular weight
From this graph, if a solution has 0.4 Abs, what is the
50
glucose concentration?
1/4
