Working and Living in Space Issues Assignment Resources
SACE Task Sheet + Rubric
Non SACE Task Sheet + Rubric
Source Analysis
Checklist
Yes/No
Source Analysis of 3 sources
NO
Source Analysis word count
NO
Essay or negotiated format
YES
Word Count of essay (no greater than 750 words)
17 words to many
Checked grammar with paper rater or grammarly? yes Pictures, diagrams, tables, charts, equations or other text supports
NO
in-text referencing (Harvard)
YES
reference list (in alphabetical order) (Harvard)
YESs
Introduction:
Gravitational forces are always holding you, from the ride you take at the show in a roller coaster, to the time when a plane takes off. Forces acts on a body through an acceleration or gravity, informally described …show more content…
Well G-force stands for either the force of gravity on a particular extraterrestrial body or the force of acceleration anywhere. (What is G Force, 2010) So what are the effects that it implicants on the human body? Well, there are two different G-forces that have to be taken into effect “Horizontal axis G-force” and “Vertical axis G-force”, both have a very different g-force range and effects to the body.
It is common knowledge that fighter pilots pull in large Gs, but when the pilot is experiencing the g-forces from above it has different consequences than the G-forces coming from the ground. The more Gs that a person gets from above (the person moving up) will result in the blood moving downwards to his/her feat, otherwise called a g-LOC (g-Induced Loss Of Concentration) (when they are in a seated or standing position). The average person can endure 5g from an upward g-force (49m/s^2), While modern pilots can handle 9g (88m/^2) sustained. (Human Tolerance of vertical Axis G Force, …show more content…
This is suspected to be because the capillaries (Any vessel that networks between arterioles and venules vessels) in the eye burst and release blood. The typical amount of g-force the a person can take, in these standards are, -2, -3g (-20m/s^2, -30m/s^2) (Human Tolerance of vertical Axis G Force, 2010).
What about when the force of the G-force comes horizontally? The G-force on a human horizontally has been broken up into two categories (left, right) eyes in, eyes out. Eyes in is when is the G-forces push the body back, it has a high tolerance level around 17g. Eye balls out has a 12 g rating because the blood vessels in the retina are more sensitive when the g-forces act on them. (Human Tolerance of Horizontal Axis G Force, 2010)
Body Paragraph 2-Science
So now that we know a little about G-Forces, how do we calculate the g-force, and what is the science behind
SACE Task Sheet + Rubric
Non SACE Task Sheet + Rubric
Source Analysis
Checklist
Yes/No
Source Analysis of 3 sources
NO
Source Analysis word count
NO
Essay or negotiated format
YES
Word Count of essay (no greater than 750 words)
17 words to many
Checked grammar with paper rater or grammarly? yes Pictures, diagrams, tables, charts, equations or other text supports
NO
in-text referencing (Harvard)
YES
reference list (in alphabetical order) (Harvard)
YESs
Introduction:
Gravitational forces are always holding you, from the ride you take at the show in a roller coaster, to the time when a plane takes off. Forces acts on a body through an acceleration or gravity, informally described …show more content…
Well G-force stands for either the force of gravity on a particular extraterrestrial body or the force of acceleration anywhere. (What is G Force, 2010) So what are the effects that it implicants on the human body? Well, there are two different G-forces that have to be taken into effect “Horizontal axis G-force” and “Vertical axis G-force”, both have a very different g-force range and effects to the body.
It is common knowledge that fighter pilots pull in large Gs, but when the pilot is experiencing the g-forces from above it has different consequences than the G-forces coming from the ground. The more Gs that a person gets from above (the person moving up) will result in the blood moving downwards to his/her feat, otherwise called a g-LOC (g-Induced Loss Of Concentration) (when they are in a seated or standing position). The average person can endure 5g from an upward g-force (49m/s^2), While modern pilots can handle 9g (88m/^2) sustained. (Human Tolerance of vertical Axis G Force, …show more content…
This is suspected to be because the capillaries (Any vessel that networks between arterioles and venules vessels) in the eye burst and release blood. The typical amount of g-force the a person can take, in these standards are, -2, -3g (-20m/s^2, -30m/s^2) (Human Tolerance of vertical Axis G Force, 2010).
What about when the force of the G-force comes horizontally? The G-force on a human horizontally has been broken up into two categories (left, right) eyes in, eyes out. Eyes in is when is the G-forces push the body back, it has a high tolerance level around 17g. Eye balls out has a 12 g rating because the blood vessels in the retina are more sensitive when the g-forces act on them. (Human Tolerance of Horizontal Axis G Force, 2010)
Body Paragraph 2-Science
So now that we know a little about G-Forces, how do we calculate the g-force, and what is the science behind