Technical Drawing
AI prompts for senior secondary learners.
📅 36-Week WAEC Study Guide for Technical Drawing →228 prompts matching "Quiz: The centroid of a rectangle and a triangle"
Let me explain: 3. Construct the special angles 30°, 45°, 60°, 75°, 90°, 105° and 120° using compasses only
I am going to explain 3. Construct the special angles 30°, 45°, 60°, 75°, 90°, 105° and 12
Subscribe to unlock allPractice set: Each construction step by step on the board. Students construct the full set of special angles
Give me a practice set on each construction step by step on the board. Students construct
Subscribe to unlock allQuiz: 4. Construct eccentric and concentric circles to given dimensions
Set me a quick recall test on 4. Construct eccentric and concentric circles to given dimen
Subscribe to unlock allTeach me: 3. Describe an escribed circle and construct one to a given triangle
Be my SS1 Technical Drawing teacher for this one point: 3. Describe an escribed circle and
Subscribe to unlock allSpot my mistake: 2. State the properties of each type of quadrilateral
Show me a worked example on 2. State the properties of each type of quadrilateral with an
Subscribe to unlock allPractice set: The types of quadrilaterals with their properties
Set me five practice tasks on the types of quadrilaterals with their properties, at the le
Subscribe to unlock allQuiz: 4. Apply standard conventions for scale statement
Set me a quick recall test on 4. Apply standard conventions for scale statement at SS1 lev
Subscribe to unlock allSpot my mistake: Formal assessment of the first term programme of study
Give me a wrong or muddled explanation of formal assessment of the first term programme of
Subscribe to unlock allPractice set: Each of the three methods for a regular heptagon. Students construct a heptagon by all three
Give me a practice set on each of the three methods for a regular heptagon. Students const
Subscribe to unlock allWAEC prep: Success: sides of the heptagon equal within 0.5 mm by at least two of the three methods
Act as my WAEC Technical Drawing examiner. I am in SS1. Set me an exam-standard question o
Subscribe to unlock allSpot my mistake: 4. Construct a diagonal scale and use it to read to three units of measurement
Give me a wrong or muddled explanation of 4. Construct a diagonal scale and use it to read
Subscribe to unlock allPractice set: Success: five dimensions set off from the diagonal scale correct within 0.5 mm
Set me five practice tasks on success: five dimensions set off from the diagonal scale cor
Subscribe to unlock allSpot my mistake: 4. Determine the linear ratio corresponding to a given ratio of areas
Show me a worked example on 4. Determine the linear ratio corresponding to a given ratio o
Subscribe to unlock allProject task: Why doubling the area of a square requires a side ratio of √2
Give me a practical task on why doubling the area of a square requires a side ratio of √2
Subscribe to unlock allQuiz: 2. Reduce a given plane figure based on a ratio of areas
I am revising Enlargement and Reduction II for SS1 Technical Drawing. Test me on 2. Reduce
Subscribe to unlock allLet me explain: 3. Apply the radial (ray) method of enlargement from a chosen pole
Let me talk you through 3. Apply the radial (ray) method of enlargement from a chosen pole
Subscribe to unlock allReal-life Nigeria: Enlarge an irregular pentagon in the ratio of areas 3:2
Show me how enlarge an irregular pentagon in the ratio of areas 3:2 works in real life in
Subscribe to unlock allSpot my mistake: Success: every corresponding side within 1% of the calculated length
Show me a worked example on success: every corresponding side within 1% of the calculated
Subscribe to unlock allProject task: That the tangent is perpendicular to the radius at the point of contact. Students construct
Set me a small project on that the tangent is perpendicular to the radius at the point of
Subscribe to unlock allPractice set: Success: radius and tangent perpendicular within ±1° at every point of tangency
Set me five practice tasks on success: radius and tangent perpendicular within ±1° at ever
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