Write learning out summary titles
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Post a project like this3518
£150(approx. $187)
- Posted:
- Proposals: 3
- Remote
- #554716
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Description
Experience Level: Expert
Estimated project duration: less than 1 week
Industry: Education
Topic: Science - Chemistry, Biology
Tone: Neutral
Outline & Structure: For UK GCSE exams in science (age 16), we have tabulated the descriptions of what the students must understand resulting in 1150 learning objectives. For each one-sentence objective, we require a unique summary title that we can use to display on our system. The title must be less than 50 characters each and in British English.
Examples:
Demonstrate an understanding that if the resultant force acting on a body is not zero, it will accelerate in the direction of the resultant force = "Non-zero resultant force"
Demonstrate an understanding that a resultant force acting on an object produces an acceleration which depends on: the size of the resultant force = "Acceleration: size of resultant force"
Demonstrate an understanding that a resultant force acting on an object produces an acceleration which depends on: the mass of the object = "Acceleration: mass of object"
Use the equation: force (newton, N) = mass (kilogram, kg) x acceleration (metre per second squared, m/s2) F = m x a = "Force-acceleration equation"
Detailed knowledge of science is not necessary, however you must be able to understand what is being described in order to come up with a sufficiently descriptive title.
We anticipate 4 summaries produced per minute and so the job should take 5-6 hours to complete.
Topic: Science - Chemistry, Biology
Tone: Neutral
Outline & Structure: For UK GCSE exams in science (age 16), we have tabulated the descriptions of what the students must understand resulting in 1150 learning objectives. For each one-sentence objective, we require a unique summary title that we can use to display on our system. The title must be less than 50 characters each and in British English.
Examples:
Demonstrate an understanding that if the resultant force acting on a body is not zero, it will accelerate in the direction of the resultant force = "Non-zero resultant force"
Demonstrate an understanding that a resultant force acting on an object produces an acceleration which depends on: the size of the resultant force = "Acceleration: size of resultant force"
Demonstrate an understanding that a resultant force acting on an object produces an acceleration which depends on: the mass of the object = "Acceleration: mass of object"
Use the equation: force (newton, N) = mass (kilogram, kg) x acceleration (metre per second squared, m/s2) F = m x a = "Force-acceleration equation"
Detailed knowledge of science is not necessary, however you must be able to understand what is being described in order to come up with a sufficiently descriptive title.
We anticipate 4 summaries produced per minute and so the job should take 5-6 hours to complete.
Sunil P.
99% (16)Projects Completed
19
Freelancers worked with
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Last project
9 Apr 2015
United States
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