iWriteGigs

Fresh Grad Lands Job as Real Estate Agent With Help from Professional Writers

People go to websites to get the information they desperately need.  They could be looking for an answer to a nagging question.  They might be looking for help in completing an important task.  For recent graduates, they might be looking for ways on how to prepare a comprehensive resume that can capture the attention of the hiring manager

Manush is a recent graduate from a prestigious university in California who is looking for a job opportunity as a real estate agent.  While he already has samples provided by his friends, he still feels something lacking in his resume.  Specifically, the he believes that his professional objective statement lacks focus and clarity. 

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When he was chosen for the real estate agent position, he sent us this thank you note:

“Kudos to the team for a job well done.  I am sincerely appreciative of the time and effort you gave on my resume.  You did not only help me land the job I had always been dreaming of but you also made me realize how important adding those specific keywords to my resume!  Cheers!

Manush’s story shows the importance of using powerful keywords to his resume in landing the job he wanted.

Lecture Exam 3

Navigation   » List of Schools  »  East Los Angeles College  »  Physiology  »  Physiology 001 – Introduction to Human Physiology  »  Winter 2021  »  Lecture Exam 3

Need help with your exam preparation?

Below are the questions for the exam with the choices of answers:

Question #1
A  Increased sympathetic stimulation
B  Increased blood volume
C  Increased activity of the skeletal muscle pump
D  Increased venous return
E  Increased parasympathetic stimulation
Question #2
A  Decrease heart rate
B  Increase total peripheral resistance (TPR)
C  Increase stroke volume
D  Decrease stroke volume
E  Increase heart rate
Question #3
A  feeding the children foods with a high proportion of cellulose and other indigestible carbohydrates.
B  avoiding foods that can lead to accumulation of toxins in feces.
C  making the children sit on the toilet until they defecate at least once a day.
D  feeding the children foods with more lipid content.
E  avoiding milk, the children may be lactose intolerant.
Question #4
A  The presence of fatty acids in the duodenum stimulates the secretion of CCK, which in turn stimulates secretion of pancreatic enzymes.
B  The presence of fatty acids in the duodenum stimulates the secretion of secretin, which in turn stimulates contraction of the gallbladder.
C  The presence of fatty acids in the stomach stimulates the secretion of secretin, whichinhibits motility of the large intestine.
D  The presence of fatty acids in the duodenum stimulates the secretion of gastrin, which in turn stimulates bile synthesis in the gallbladder.
E  The presence of fatty acids in the duodenum stimulates emptying of the stomach.
Question #8
A  Somatostatin
B  Gastrin
C  Histamine, Gastrin and Acetylcholine
D  Histamine
E  CCK
F  Acetylcholine
Question #9
A  It is produced in the exocrine pancreas, and catalyzes the degradation of chylomicrons into proteins and fats.
B  It is secreted by the endocrine pancreas.
C  It emulsifies lipids.
D  It is mainly produced in the liver, and secreted into the small intestine.
E  It catalyzes the breakdown of triglycerides into monoglycerides and free fatty acids.
Question #11
A  Digestible polysaccharides are broken down into the monosaccharides glucose, galactose, and fructose, which can be absorbed.
B  Cellulose from plants is a polymer of glucose that can be easily digested and absorbed by the human GI tract.
C  Carbohydrate digestion begins in the stomach.
D  Sucrose is the main form of carbohydrate that can be absorbed by active transport across the intestinal epithelium.
E  Lactose intolerance results from an insufficiency of the enzyme amylase.
Question #14
A  eccentric.
B  distension.
C  segmentation.
D  mass movement.
E  peristalsis.
Question #15
A  ferritin.
B  myoglobin.
C  hemochromatosis.
D  glycogen.
E  transferrin.
Question #16
A  Respiration is inhibited.
B  The lower esophageal sphincter relaxes.
C  The pyloric sphincter relaxes.
D  The glottis closes.
E  The upper esophageal sphincter relaxes.
Question #19
A  the heavy immunoglobulin chain only.
B  a hypervariable region of immunoglobulin DNA.
C  the light immunoglobulin chain only.
D  a specific antigen-binding site formed by heavy and light chains.
E  gamma immunoglobulin only.
Question #20
A  They may cause a host cell to become cancerous.
B  They may reside in a host cell for years without killing it.
C  They consist of a nucleic acid surrounded by a carbohydrate shell.
D  They may have genetic information in the form of RNA.
E  They require a host cell in order to reproduce themselves.
Question #23
A  Cytotoxic hypersensitivity
B  Immediate hypersensitivity
C  Immune-complex hypersensitivity
D  Delayed hypersensitivity
Question #25
A  An Rh-positive fetus may be at risk if its mother is Rh-negative.
B  The risk to anRh-positive fetus of an Rh-negative mother is lessened if she haspreviously carried anRh-negative fetus.
C  An Rh-negative fetus may be at risk if its mother is Rh-positive.
D  A fetus with type B blood may be at risk if its mother has type O blood.
E  The greatest risk to a fetus occurs when both mother and fetus are Rh-positive.
Question #27
A  The tonsils contain lymphocytes, macrophages, and dendritic cells that respond to microbes in food.
B  Large numbers of macrophages and lymphocytes are found in the lymph nodes and spleen.
C  The primary lymphoid organs are the bone marrow and thymus.
D  Once a lymphocyte reaches a secondary lymphoid organ, it remains there for its lifetime.
E  The thymus secretes protein hormones, collectively called thymopoietins.
Question #30
A  Lower than normal arterial PCO2
B  Iron-deficiency anemia
C  Higher than normal arterial pH
D  Breathing carbon monoxide
E  Breathing air with increased PCO2
Question #35
A  Bound to hemoglobin
B  As dissolved CO 2
C  As carbonic anhydrase
D  AsH 2CO 3
E  As dissolved HCO 3 –
Question #36
A  sympathetic; relaxation; increase
B  motor; contraction; increase
C  sympathetic; contraction; increase
D  parasympathetic; contraction; decrease
E  motor; contraction; decrease
Question #37
A  Alveolar PO 2 decreases.
B  No change from sea level, as long as we breathe in the same volume of air.
C  Alveolar PO 2 increases.
Question #40
A  Some backflow of blood into the aorta during ventricular ejection
B  Some backflow of blood into the left ventricle during ventricular diastole
C  Some backflow of blood into the left atrium during ventricular systole
D  Some backflow of blood into the aorta during ventricular diastole
E  Some backflow of blood into the left ventricle during ventricular ejection
Question #41
A  Less fluid than usual will flow out of the capillary based on the osmotic pressure.
B  Less fluid than usual will flow out of the capillary based on the hydrostatic pressure.
C  More fluid than usual will flow out of the capillary based on the hydrostatic pressure.
D  More fluid than usual will flow out of the capillary based on the osmotic pressure.
Question #42
A  A drug that increases T-type Ca 2+ channel currents
B  Alpha-adrenergic receptor agonists
C  Cholinergic antagonist
D  Beta-adrenergic receptor antagonists
E  A drug that increasesL-type Ca 2+ channel currents
Question #46
A  the heart.
B  the skin.
C  the brain.
D  the skeletal muscles
E  the abdominal organs.
Question #47
A  Activation of the reactions that lead to blood clotting ultimately lead to blood clot dissolution.
B  Tissue plasminogen activator (t-PA) is secreted by endothelial cells.
C  Plasminogen is an inactive precursor of the enzyme plasmin.
D  It involves aggregation of soluble fibrin fragments into fibrin.
E  Blood clots are digested by plasmin.
Question #48
A  Heart rate
B  Total peripheral resistance
C  Cardiac output
D  Mean arterial pressure
E  Hydrostatic pressure in the capillaries
Question #51
A  Dietary iron deficiency
B  Kidney disease
C  Internal bleeding
D  Dietary vitamin B12 deficiency
E  Lung disease
Question #52
A  coronary vessels.
B  valves.
C  gap junctions.
D  desmosomes.
E  interneurons.