- Using Google Docs with Moodle
- Publishing Powerpoint in Moodle
- Putting a custom form into Moodle
- Presenting Google Docs inside of a Flexpage Course.
-- Art
Wish I could rate your post.
Your tutorials look really helpful - thanks a lot!


I am experimenting with cut+paste shortcuts for my fellow students (in counseling psychology in Canada--I am in the US).
Google docs and "office" is not a be-all to end-all, not by a longshot, but it is the only system of its type.
My feeling, from experience, is that its creative staff, I believe "Writely Inc," is so consumed by its desire to mimic Microsoft Office that it does not have resources to concentrate on the Web aspects, and often falls short of the mark.
An example being that they had to withdraw the offline/disk-only service, which I thought, as a techie, was a no-brainer to engineer and implement with the "gears" local webserver.
Test:
This is a cut and paste directly from a wikimedia page to google docs to this editor.
Brain
5 divisions from top to bottom:
- telenephalon
- diencephalon
- mesencephalon
- metencephalon
- myenlencephalon (medulla)
spinal cord is beneath myenlencephalon
From 3 sections:
- forebrain, telenephalon and diencephalon
- midbrain, mesencephalon
- hindbrain, metencephalon and myenlencephalon
myenlencephalon
- tracts for signals between brain and body
- also called medulla
rectiliniar formation
- network of 100 tiny nuclei within central core of brain stem
spans:
- posterior boundary of myelencephalon (bottom of medulla)
- anterior boundary of mesencephalon (top of midbrain)
rectiliniar activation system:
- sleep
- attention
- movement
- muscle tone maintenance
- heart beat
- circulation
- respiratory reflexes
diencephalon
thalamus and hypothalmus
thalamus
- 2 lobes joined by massa intermedia
- top of brainstem
- on top of third ventricle
- pairs of nuclei that project to cortex (most)
- sensory relay nuclei (many)
- receive signals from sensory receptors
- process signals
- transmit to specific areas of sensory cortex
lateral geniculate nuclei visual sensory relay nuclei
hypothalamus
- below (hypo) thalamus
- regulation of motivated behaviors
- regulates release of hormones from pituitary gland (attached below/front)
attached structures:
- pituitary gland
- optic chasm
- decussate or contralateral (cross over to other side)
- ipsilateral (staying on same side)
- mammilary bodies
- behind pituitary
telencephalon
- largest division
- voluntary movement initiation
- interprets (processes) sensory movement
- mediates complex cognitive processes
- learning
- speaking
- problem solving
cerebral cortex
also cortex
- layer of tissue
- convoluted, or furrowed
-
- increase amount of cerebral cortex from same tissue mass
-
convolutions:
- fissures, large furrows
- singular suclcus, small furrows
- gyri, ridges between fissures
longitudinal fissure:
- separates hemispheres
- largest fissure
- connections between hemispheres (tracts)
- cerebral commisures
- largest, corpus callosum
- minimal number of tracts
lateral fissure: major horizontal fissure
four lobes divided by horizontal and latteral fissures:
- frontal
- parietal
- temporal
- occipital
major gyri:
- precentral, contain motor cortex
- postcentral, somatosensory cortex (body sensation)
- superior temporal gyri, auditory cortex
neocortex:
- 6-layered cortex
- 90% of cortex
- evolutionary recent
- numbered I through VI
two types of neurons:
pyramidal
- multipolar
- large
- apex runs to surface of cortex
- long axon
stellate
- interneurons
- star-shaped
- small with short or no axon
non-neo cortex
- fewer layers
- hippocampus
- memory
- medial edge of cerebral cortex
- curves back on itself in medial temporal lobe
- cingulate cortex
limbic system
circuit of mid-line structures in brain
motivated behaviors
- fleeing
- feeding
- fighting
- sex
members:
- hippocampus
- cingulate cortex
sub-cortical
- mamillary bodies
- amygdala
- fornix
- septum
basal ganglia
- voluntary movement
- sub-cortial structures
members:
- amygdala
- caudate (circle)
- putamen (within circle, straitum with caudate)
- globus pallidus
I have a similar question: Does this allow the interactive use of Google Docs, i.e. two people working on the same document at the same time, while still within Moodle?
Also, does this allow sharing of Google spreadsheets?