A. Renal Medulla
B. Medullary Pyramid
C. Renal Cortex
D. Column of Bertini
E. Renal Papilla
F. Minor Calyx
G. Renal Pelvis
H. Ureter
EXPERIMENT 1: SHEEP KIDNEY DISSECTION Post-Lab Questions 1. Label the arrows with the appropriate anatomical structures.
2. Which structures are found at the hilus of the sheep kidney? Comments Data Table 1: Urinary System Slide Magnification Slide Magnification Simple Cuboidal - Cortex Simple Cuboidal - Medulla Transitional Epithelium
Sheep Heart Dissection Dissecting the sheep heart is an excellent way to learn the anatomy of the heart Not only is the sheep heart similar in size and structure to the human heart the e n d of dissecting the heart enables you to see anatomical details that an artist cannot capture in a drawing or a plastic model Exercise 1: Sheep Heart Dissection You will dissect a preserved sheep heart in this exercise as a comparison study to the...
Hey, I need help to answer these questions about a sheep brain dissection activity: 1) What about the structure of the brain suggests that different parts of the brain do different things? 2) Where is Broca's area located? What is its role? 3) Who is Phineas Gage? How did his accident lead to a better understanding of how the brain works?
seperation of acid neutral Experiment 5: Separation of Acid-Neutral Mixture Post-Lab Questions 1. Draw and label the structures of the major and minor components of the acidic and neutral mixtures. 2. Although acetic acid - water may be used as a "solvent pair", why are dilute solutions of an inorganic acid/water (or, inorganic base/water) avoided in recrystallization attempts? (Hint: see Wade Ed: Sections 21-12, 21- 13. Consider functional-group possibilities.] 3. Using a flow diagram, show the separation of a mixture...
Experiment 3 Post-Lab Questions 1. Provided below is the structure of the minor product of the electrophilic addition reaction. Provide a mechanism to account for its formation. OH PH H the minor product 2. The IR spectra for 1,1-diphenylethylene and the bromohydrin product are provided below. What functional group is lost in 1,1-diphenylethylene when it is converted to the bromohydrin? Circle and label the IR peak that corresponds to this functional group on the 1,1-diphenylethylene IR spectrum. 3. What functional...
Post-Lab Questions 1. Give the expected Zaitsev and anti-Zaitsev products in the following reactions. Label the Zaitsev products. OH H2SO4 OH H2SO4
please help me to label the structures Search Heart Dissection and Worksheet (1) pt . Compatibility M... View Mailings Review Help Table Design Layout gn Layout References 10 A A A A -X, X APA- E E A AaBb! AaBbc AaBbcc AaBbcc 1 Heading 1 1 Heading 2 1 Normal 1 No Spac... E Paragraph Styles Font C. Cardiac Conduction System LA-V bundle LA-V node interatrial septum interventricular septum left bundle branch Purkinje fibers LS-A node VI The heart's pacemaker...
Part E: Post-lab Questions 1. Label the skeleton (Figure 6-11) with all the bones you identified in Part A. FICURE 6-11 Skeleton, anterior view.
STRUCTURES AN PROPERTIES OF POST-LAB QUESTIONS LABORATORY 9 Name Date Section 1. Define, explain, and provide an example of isomers. 2. Define, explain, and provide an example of resonance structures. 1. Using the standard curve for the N. vs. % Al graph, the vapor pressure of water appendix (Appendix I), and the following information, determine the % Al in an alloy sample.
urn in only the Data, Post Lab Questions, and Conclusions for this experiment POST-LAB QUESTIONS: t. Why is it necessary to use a pencil instead of a pen when drawing the origin line and labeling the pltan ml nhe used Calculate the Rf (Retention factor) value for the spot on this chromatograph. Write formula and show set-up. 2. Solvent Compound Baseline Origin) ph below shows the sample separated into two spots (2.5 cm and 7.5 cm). The distance alues for...