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. 

Thus, he sought our assistance in improving editing and proofreading his resume. 

In revising his resume, iwritegigs highlighted his soft skills such as his communication skills, ability to negotiate, patience and tactfulness.  In the professional experience part, our team added some skills that are aligned with the position he is applying for.

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  »  Prince George Community College  »  Biology  »  Bio 2050 – Anatomy and Physiology  »  Fall 2022  »  Lecture Exam 3

Need help with your exam preparation?

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

Question #1
A  hypothalamus 
B  limbic system 
C  medulla oblongata 
D  cerebellum 
Question #3
A  blood pressure, medulla oblongata.
B  blood pressure, pons 
C  voluntary movement, frontal lobe
D  visual reflexes, pons 
Question #4
A  Arcuate nuclei 
B  Red nuclei 
C  Substantia nigra 
D  Cerebral nuclei
Question #5
A  pons.
B  thalamus.
C  epithalamus.
D  hypothalamus.
Question #6
A  Habenular nucleus
B  Pineal gland 
C  Mammillary body
D  Anterior nucleus 
Question #7
A  taste, frontal lobe
B  sound, cerebellum
C  taste, insula 
D  smell, parietal lobe
Question #8
A  verbal communication.
B  vision.
C  smell.
D  hearing.
Question #9
A  cerebral gyri.
B  cerebral sulci.
C  corpus callosum.
D  hypothalamus.
Question #10
A  cerebrum.
B  hypothalamus.
C  pons.
D  cerebellum.
Question #11
A  astrocyte extensions and dural sinuses.
B  astrocyte perivascular feet and capillary endothelial cells.
C  microglial extensions and capillary endothelial cells.
D  ependymal cells and venous blood vessels.
Question #12
A  microglia.
B  arachnoid villi.
C  astrocytes.
D  the median aperture.
Question #13
A  septum pellucidum.
B  arachnoid granulation.
C  choroid plexus.
D  arachnoid villi.
Question #14
A  CSF transports nutrients and chemicals to the brain.
B  CSF helps to reduce the effective weight of the brain. 
C  CSF helps to remove waste products from the brain.
D  CSF helps to promote mitosis within neuronal tissue.
Question #15
A  mesencephalic aqueduct
B  septum pellucidum.
C  interventricular foramen.
D  central canal.
Question #16
A  median 
B  third 
C  fourth
D  lateral 
Question #19
A  ectoderm.
B  mesoderm.
C  endoderm.
Question #20
A  myelinated axons, where action potentials occur only at neurofibril nodes.
B  myelinated axons, where action potentials occur only under the myelin sheath.
C  unmyelinated axons, where action potentials occur continuously down the entire axon.
D  myelinated axons, where action potentials occur continuously down the entire axon.
Question #21
A  neurofibril nodes.
B  myelinated regions.
Question #22
A  unmyelinated, large 
B  myelinated, small
C  unmyelinated, small 
D  myelinated, large 
Question #23
A  calcium is released from the neuron along with neurotransmitter from synaptic vesicles.
B  calcium diffuses into the neuron and neurotransmitter is released by exocytosis.
C  calcium and neurotransmitter diffuse into the synaptic knob.
D  calcium is pumped into the neuron and neurotransmitter diffuses out through channels.
Question #24
A  Relative refractory period 
B  Absolute refractory period 
Question #25
A  closure of voltage-gated potassium channels.
B  open state of voltage-gated sodium channels.
C  closure of chemically gated sodium channels.
D  open state of voltage-gated potassium channels.
Question #26
A  potassium exits, repolarizing the cell to a negative value.
B  potassium exits, depolarizing the cell to an even more negative value.
C  potassium enters, depolarizing the cell to a positive value.
D  potassium enters, repolarizing the cell to a negative value.
Question #27
A  action potentials at the node of Ranvier.
B  resting membrane potentials in a particular area of the brain.
C  postsynaptic potentials at the initial segment.
D  excitatory neurotransmitter molecules at a receptor.
Question #28
A  IPSP, which is a depolarization.
B  EPSP, which is a depolarization.
C  IPSP, which is a hyperpolarization.
D  EPSP, which is a hyperpolarization
Question #29
A  voltage-, axon 
B  chemically, axon
C  voltage-, dendrite 
D  chemically, dendrite 
Question #30
A  lasts for several seconds after ion channels have opened, closed, and reset.
B  travels the length of the nerve fiber (is long-distance).
C  is all or none (always the same intensity).
D  varies in size depending on the magnitude of the stimulus (larger voltage change for stronger stimulus).
Question #31
A  voltage-gated channels.
B  chemically gated channels.
C  sodium-potassium pumps.
D  mechanically gated channels.
Question #32
A  0 mV.
B   the same.
C  more positive.
D  more negative.
Question #33
A  directly related to voltage and inversely related to resistance.
B  indirectly related to voltage and directly related to resistance.
C  inversely related to both voltage and resistance.
D  directly related to both voltage and resistance.
Question #34
A  the difference in electrical charge between two areas.
B  the difference in concentration of a substance between two areas.
C  the combination of electrical and chemical gradients between two areas.
D  the resistance a membrane has to allowing any charged chemical to pass through it.
Question #35
A  voltage-gated chloride channel.
B  voltage-gated sodium channel.
C  voltage-gated calcium channel.
D  voltage-gated potassium channel.
Question #36
A   transmissive
B   initial 
C  receptive 
D  conductive 
Question #37
A  endoneurium.
B  endosteum.
C  perineurium.
D  epineurium.
Question #38
A  dense regular connective tissue.
B  simple squamous epithelium.
C  dense irregular connective tissue.
D  areolar connective tissue.
Question #39
A  carries information only toward the PNS.
B  contains a single axon.
C  is found only in the CNS.
D  is a cablelike bundle of parallel axons.
Question #40
A  astrocyte.
B  ependymal cell.
C  satellite cell.
D  neurolemmocyte.
Question #41
A  ependymal cell.
B  astrocyte.
C  oligodendrocyte.
D  microglial cell.
Question #42
A  Transmission at both chemical and electrical synapses involves a synaptic delay of approximately 1 millisecond.
B  Electrical synapses have a constant delay of 1 millisecond, but chemical synaptic delays vary between 0.1 and 0.3 millisecond.
C  Transmission at electrical synapses involves a brief synaptic delay, but chemical synapses are faster.
D  Transmission at chemical synapses involves a brief synaptic delay, but electrical synapses are faster.
Question #43
A   the presynaptic neuron’s soma into synaptic vesicles.
B  the postsynaptic neuron’s dendrites into the synaptic cleft.
C  the presynaptic neuron’s synaptic knob into the synaptic cleft.
D  the presynaptic neuron’s dendrites into the synaptic cleft.
Question #44
A  individual axons transmit both sensory and motor information.
B  some axons transmit sensory information and others transmit motor information.
C  astrocytes are interspersed with ependymal cells.
D  chemical synapses occur along with electrical synapses.
Question #45
A  bipolar neurons.
B  motor neurons.
C  interneurons.
D  sensory neurons.
Question #46
A  At the tips of telodendria 
B  Along axon collaterals 
C  At the ends of dendrites 
D  Within the cell body 
Question #47
A  several types of neurotransmitters simultaneously, that all work to prevent another immediate impulse.
B  several types of neurotransmitters simultaneously, all of which excite the cell’s target.
C  a specific neurotransmitter that always excites its target.
D  a specific neurotransmitter that either excites or inhibits its target.
Question #48
A  Transmits impulses to muscles and glands 
B  Conducts impulses from the CNS 
C  Transmits impulses from the viscera 
D   Involuntary control of the heart 
Question #49
A  initiate responses to information.
B  process information.
C  collect information.
D  conduct impulses to muscles.