bece model questions vol1 2024 cultural_and_creative_arts | Practical

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Question 1 View Details
A collage is prepared using the following components: a thick black diagonal line running from the top‑left corner to the bottom‑right corner; a group of three overlapping circles coloured red, blue and yellow; a strip of sandpaper affixed to give a rough texture; a rectangular area that changes gradually from light grey at the top to dark grey at the bottom (a value gradient); and a blank white space left untouched at the centre of the work. Using this description, answer the tasks below.
Question Parts
(a)
Identify at least four elements of art present in the collage and give one specific example of each from the description.
(b)
Explain how the combined use of space and colour in the collage creates a sense of depth.
(c)
The student wishes to improve visual balance in the collage. Propose two specific changes, stating which elements they affect and why the changes would create a more balanced composition.
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Question 2 View Details
A student is tasked with designing a poster for the upcoming school cultural festival. The poster must be created on an A3 sheet using coloured markers, printed photographs, and decorative borders. The student has sketched a preliminary layout that places a large photograph of a traditional dance troupe in the centre, the festival title in bold letters at the top, the date and venue at the bottom, and a patterned border around the edges. Using this information, answer the following.
Question Parts
(a)
List three principles of design that should be applied to make the poster effective. For each principle, describe one specific way it could be implemented in the poster.
(b)
Evaluate the preliminary sketch against the principles of emphasis, balance and rhythm. Identify any shortcomings.
(c)
Based on your evaluation, suggest a revised layout. State the placement of the main elements and explain how the new arrangement better satisfies the three principles identified in part (a).
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Question 3 View Details
You are given three three‑dimensional objects – a solid cylinder, a cube and a sphere – placed on a flat table. The objects are to be drawn on a sheet of A4 drawing paper using pencil. The light source is a single lamp positioned at the top‑left of the scene. The drawing must show correct proportion, appropriate perspective and realistic shading.
Question Parts
(a)
State the type of projection that should be used for this drawing and justify why it is the most suitable choice.
(b)
Describe the step‑by‑step procedure for constructing an accurate perspective grid for the cube, including how you locate the vanishing point(s) and draw the receding lines.
(c)
Explain how you would use hatching techniques to render the tonal values of the objects, given that the light source is at the top‑left.
(d)
List three common sources of error when drawing three‑dimensional objects and suggest one corrective measure for each.
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Question 4 View Details
You are to produce a small landscape painting (A3 size) using water‑colour paints. The scene consists of a clear sky, a distant hill range, a foreground field of grass and a solitary oak tree. The painting must demonstrate proper use of washes, colour mixing, atmospheric perspective and safe handling of materials.
Question Parts
(a)
Outline the sequence of washes required to create a smooth sky gradient from the horizon to the zenith, specifying the pigments you would use and the order of application.
(b)
Explain how to mix a suitable green for the foreground grass using only the primary water‑colour pigments, and how you would modify its value to suggest distance.
(c)
Discuss how you would use the dry‑brush technique to indicate the texture of the oak tree bark, including the type of brush and the pressure applied.
(d)
Identify two health and safety precautions that must be observed when working with water‑colour pigments and cleaning brushes.
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Question 5 View Details
A student is required to prepare three paint mixtures to obtain the following target colours on a colour chart: (i) a warm orange (hex #FF8C00), (ii) a cool violet (hex #8A2BE2), and (iii) a neutral gray (approximately 45 % reflectance). The only paints available are the primary pigments cadmium red, cadmium yellow, ultramarine blue, titanium white and black pigment. The student must determine the proportion (by weight) of each pigment in each mixture, mix the paints, record the observed colour, and compare the result with the target colour using a colour‑matching chart that gives a numerical colour difference ΔE (acceptable ΔE ≤ 5).
Question Parts
(a)
Describe a step‑by‑step procedure the student should follow to determine the correct proportions for each target colour. In your answer include how the principles of subtractive colour mixing and the colour‑matching chart are used.
(b)
For the warm orange target the student starts with a 1 : 1 ratio of red to yellow and adds ultramarine blue in small increments. The three trials give the following data (total mixture weight = 100 g): - Trial 1: 5 g blue added, ΔE = 12 - Trial 2: 8 g blue added, ΔE = 7 - Trial 3: x g blue added, ΔE = 4 (acceptable) Determine the value of x (to one decimal place) and give the percentage by weight of red, yellow and blue in the successful mixture.
(c)
Identify two possible sources of error that could cause ΔE values to be higher than expected and suggest one method to minimise each error.
(d)
To prepare the neutral gray the student mixes 30 g of black pigment with 70 g of white pigment. Black pigment reflects 5 % of incident light and white pigment reflects 90 %. Assuming the reflectance of the mixture is the weighted average of the components, calculate the overall reflectance percentage and state whether the mixture meets the target of a neutral gray (≈ 45 % reflectance).
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