Name: Lab: Monocots and Dicots Objectives: to use specimens to ...
Name:______________________________
Lab: Monocots and Dicots
Objectives: to use specimens to differentiate between monocots and dicots
Prelab: Define the following:
Monocot_____________________________________
Dicot_______________________________________
Recall that Angiosperms (flowering plants) can be divided into two Classes: Monocots and Dicots.
Numerous characteristics separate the two classes, including the following:
Note: conifers are neither monocot nor dicot, they are simply conifers.
Procedure:
You will need to make biological drawings of various monocot and dicot roots, stems and leaves. Please see data sheets
to view the 6 micrographs.
Please show your workings when calculating total magnification, field of view and specimen size.
All biological drawings should follow the rules given in class and please complete in pencil. Don¡¯t forget titles!
1. Look at the prepared slide of the monocot and dicot roots. Draw what you observe (one of each type). Label them as
either monocot or dicot. Label the xylem and phloem.
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
2. Look at the prepared slide of the monocot and dicot stems. Draw what you observe (one of each type). Label them as
either monocot or dicot. Label the xylem and phloem.
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
3. Look at the prepared slide of the monocot and dicot leaves. Draw what you observe (one of each type). Label them as
either monocot or dicot. Label the xylem and phloem.
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
Specimen Name
Total Magnification
Field of View
# of Specimens in
Field of View
Actual Size of
Specimen
Data for Monocot/Dicot Lab
Microscope where micrographs were taken -
Objective 10x
Low Mag FOV = 2.5 mm
Low objective = 4x
Objective 10x
Root Structures
Eyepiece= 10x
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