The UCEED 2024 Question Paper is now available for download with answer key and detailed solutions PDF. UCEED is conducted as a computer-based test and divided into two sections: Part-A (NAT, MSQ, MCQ) and Part-B (Drawing). There is no sectional time limit, and each correct answer in Part-A is awarded a specific mark, while each incorrect answer incurs a penalty as per the marking scheme.
UCEED 2024 Question Paper with Solutions PDF
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UCEED Questions with Solutions
What is the maximum number of complete circles that will be seen, if the strips given below are re-arranged without rotating?
What is the total number of triangles in the figure given below?
Given below are ten pieces of a puzzle. When arranged correctly they form a four-digit number. What is the number formed after the correct arrangement?
A perspective view of a solid is shown below. The solid is symmetrical, and hidden surfaces such as the base are flat. What is the total number of surfaces in the solid?
A perspective view of a solid object is shown on the left. The object is cut simultaneously along THREE perpendicular planes as shown on the right. How many surfaces will the resulting pieces have in total (i.e., sum of the surfaces of all pieces)?
How many matching pairs of shoes (both left and right shoe) are present in the image below?
A typical football is made by stitching together 12 pentagons and 20 hexagons. How many vertices (junctions) are there in such a football?
A vehicle with a wheel arrangement is shown in Figure (i). This vehicle is travelling along a circular path as shown in Figure (ii). The wheels do not change their orientation while moving along the circular path. Figure (iii) shows the location of the centres of the wheels. The distance between the centres of Wheel-3 and Wheel-2 is 170 cm, and the distance between the centres of Wheel-1 and Wheel-2 is 180 cm. The radius of the circular path followed by Wheel-2 is 525 cm. What is the radius of the path followed by Wheel-1 in cm?
Shown below is an image of a circle and six equilateral triangles. The circumference of the circle is 18.85 cm. What is the area of ONE equilateral triangle in cm\(^2\)? Assume \(\sqrt{3}=1.732\) and \(\pi=3.14\).
A wooden block of dimension \(10 cm\times 20 cm\times 30 cm\) is cut into equal sized planks. The cut planks are stacked one above the other to achieve a total height of \(100 cm\) exactly. If the minimum number of planks are cut to achieve this height, then what is the volume of each plank (in \(cm^3\))?
Shown below are two stacked paper cups and a box with their dimensions. If stacking is allowed, then what is the maximum number of cups that can be stored in the box without deforming the cups?
Shown below is a configuration of FOUR solid spheres each of radius 40 cm that are placed on four corners of a regular tetrahedron with side 120 cm. The centres of the spheres coincide with the corners of the tetrahedron. What is the radius (in cm) of the largest sphere that can be accommodated within the tetrahedron?
Section P shows three views of a regular die. TEN of such regular dice are stacked on an opaque table as shown in Section Q (two views of the same arrangement). What is the maximum sum that can be achieved by adding the numbers on the visible surfaces from all angles?
What are the minimum number of tile pieces (shown on the right) that are required to create a path from tile A to tile B, such that ALL the following conditions are met?
All tiles are to be used at least once.
Tiles cannot overlap.
The path on a tile must be connected to another path of a tile.
The same type of tile cannot be used one-after-the other in a sequence.
Rotation of the tiles is not allowed.
Exclude tile A and tile B from the count.
Which option(s) contain(s) stars that are \textbf{NOT} found in the reference image shown on the left? (Multiple Select)
Alphabets A to Z are arranged starting at 6’o clock, and three alphabets with their respective positions are shown in the image. Which of the following combinations is/are correct?
Which option(s) contain(s) the exact fragments of the image shown on the left?
Shown below are the vertical cross-sections of handpumps. Which of the following options depict(s) the correct working principle?
Which of the options will collapse completely?
Two views of a solid object are shown on the left. Which of the following options is/are the view(s) of the same object?
Which of the options is/are correct according to pigment colour theory?
Four spheres start revolving clockwise in concentric circles from their initial positions as shown. Yellow travels at 2 m/s, Green at 4 m/s, Red at 2 m/s, and Blue at 4 m/s. Which of the following statement(s) is/are TRUE?
Shown below is a cross-section of two different trees of same species and age but found in different locations. Based on the image, which of the statement(s) is/are TRUE?
Given on the left is the unwrapped surface of a hollow sphere that was intersected by a smaller solid sphere. Which of the options would result in this unwrapped surface?
Six concentric white rings, each of equal thickness but different diameters, are on different planes. A one-point perspective view is shown. Based on this view, which option(s) is/are TRUE?
Which of the options can be created by the stamp shown on the left?
Tile X was used to create a seamless (no-gap) pattern as in Y. Which tile(s) from A–D can also create a seamless pattern?
Which of the following relationship(s) is/are represented by the Venn diagram (small circle inside a medium circle, both inside a large circle)?
(A) Beverages, Tea, Milk
(B) Men, Designers, Teachers
(C) Mammals, Cats, Animals
(D) Singers, Performers, Actors
Shown below is a portion of a continuous strip. Which of the option(s) is/are part of this strip?
If the image on the left is flipped horizontally (about Y-axis), and then rotated 180 degrees, what will be the resulting image?
Which option represents the key frames of the animation shown below?
Which option will replace the question mark?
Which collection when arranged correctly will result in the silhouette of the pen shown below?