Menu
Question 55 MCQ 2021 Medium MCQ +3.00 marks · -0.71 negative

A car moves along a curving road at constant speed. Which of the following graphs correctly show(s) the movement of the car in the X direction with respect to time? [Figure: see page 30 of source PDF]

Click an option to submit your answer.

More UCEED 2021 MCQ questions to practise

MCQ 2021 MCQ

Perspective view of an object is shown. The object is rotated with respect to the fixed coordinate system as indicated: 90 degrees clockwise about x-axis, 90 degrees anti clockwise about y-axis, 90 degrees anticlockwise about z-axis. All rotations are when viewed from a point on…

Practise this question →
MCQ 2021 MCQ

Five small triangles of equal size are fitted in a large triangle as shown below. Approximately what percentage (%) of area in the large triangle is empty? [Figure: see page 31 of source PDF]

Practise this question →
MCQ 2021 MCQ

In the series given, the first is an equilateral triangle, the second becomes a square by rearranging the pieces, and the third becomes a regular pentagon without any rotation. Similarly, the fourth becomes a regular hexagon. Which of the options given therefore replaces the ques…

Practise this question →
MCQ 2021 MCQ

The image below shows the developed surface of a cube. Which of the options will NOT open up as the shown image? [Figure: see page 31 of source PDF]

Practise this question →
MCQ 2021 MCQ

A plane is landing smoothly on the airport runway. Select the correct picture. [Figure: see page 29 of source PDF]

Practise this question →
MCQ 2021 MCQ

A frame of a bouncing ball is shown in the picture. This shows the animation principle of __ [Figure: see page 32 of source PDF]

Practise this question →
MCQ 2021 MCQ

Which of the options will result when the two given colour grids are added (as indicated by '+')? [Figure: see page 28 of source PDF]

Practise this question →
MCQ 2021 MCQ

Two paper loops are joined together as shown in the figure below. If you cut the loops along the blue dotted line, what will be the resultant figure? [Figure: see page 32 of source PDF]

Practise this question →