ANSWER :-) Parts are labelled as follows :-
A. SINOATRIAL NODE (SA NODE )
B. INTERNODAL PATHWAYS
C. ATRIOVENTRICULAR NODE (AV NODE )
D. ATRIOVENTRICULAR BUNDLE (Bundle of His)
E. LEFT BUNDLE BRANCH
F. RIGHT BUNDLE BRANCH
G. MODERATOR BAND
H. PURKINJE FIBRES
I.
J.
K.
L.
Identify the components of the intrinsic conduction system E. F G VA
identify the intrinsic conduction system Identify the components of the InlIISIU Matching: tricuspid valve
Identify the components of the intrinsic conduction system Matching: tricuspid valve epicardium bicuspid valve myocardium chordea tendinea semilunar valve endocardium A aortic and pulmonary valve B. valve between right atrium and right ventricle C. middle layer of the heart, cardiac muscle tissue D. attached to bicuspid and tricuspid valves E valve between left atrium and left ventricle F. deepest layer of the heart, lines heart chambers G. outer layer of the heart, also called visceral pericardium I Forum
c conduction system coordinates contraction of the The intrinsic chamb ers by setting the direction and speed of in the intrinsic conduction system, the normal function of the With AV node is to Within the intrinsic conduction system, the function of the AV bundle is to Within the intrinsic conduction system, the function of the Purkinje fibers is to 4. A heartbeat involves action potentials from the specialized cells of the intrinsic conduction system spreading to 5. 6. In a...
EKG1 1.Identify key components of the cardiac conduction system 2.List sequence of electrical cardiac events 3.Describe EKG waves, complexes and intervals 4.Determine rates and measure intervals and complexes 5.Discuss rules and identifying characteristics of sinus rhythms, atrial rhythms, junctional rhythms, atrio- ventricular blocks, ventricular rhythms, asystole and paced rhythms 6.Identify ectopic "beats" and rhythms 7.Accurately interpret a variety of EKG rhythms from 6 second strips 8.Demonstrate knowledge of physiologic and pharmacologic effects on EKG
Identify the four structures that make up the core of the electrical conduction system of the heart.
7. Identify the transient and steady state components of the following system responses. Do not just underline the portions of the problem statement. Write your answers as as Is(t) = and Xtr(t) = (a) r(t) = A cos(wit) + (1+e-B) sin(wyt) + Du(t), B > 0 (b) r(t) = e-C+ [A + Bt] + D [1 - e-F!(P+Qt) + cos(wt)],C > 0,F > 0 Page 4 (c) r(t) = 1 + e- cos(t) +e-24 + sin(t)
To G 3m E, F and G points are hinged in the frame system in the figure. The cross sections of all elements are the same. Calculate the support reactions for the given external loading. NOTE: In the calculations, deformations consisting of Q and N will be neglected in all elements. E F 5m t/m 10+ D 5m ar 4m 8
Give an example of a information system and identify its components and objective.
Drag the labels onto the diagram to identify the components of the somatic nervous system. Part A Drag the labels onto the diagram to identify the components of the somatic nervous system. Reset Help Brain Somatic motor nuclei of brain stem Somatic motor nuclei of spinal cord Spinal cord Skeletal muscle Upper motor neurons in primary motor cortex Lower motor neurons Submit Request Answer
Identify and describe the role of two components in the transformation of E. coli in this experiement,