EduDose
  • Home
  • GK
  • Maths
  • Reasoning
  • English
  • Computer
  • Mock Tests
  • Today’s GK
  • Menu Menu

Dice Based Reasoning

You are here: Home1 / Reasoning Ability2 / Dice Based Reasoning
NEXT: Venn Diagram Test
हिंदी वर्जन
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20

Cube and Dice Test Type II: Questions Based on Dice

  • This online quiz will test your knowledge of Cube and Dice in Reasoning Ability.
  • This Online Test is useful for academic and competitive exams.
  • Multiple answer choices are given for each question in this test. You have to choose the best option.
  • After completing the test, you can see your result.
  • There is no negative marking for wrong answers.
  • There is no specified time to complete this test.

Directions (Qs 1 - 4): Read the information given below to answer the questions that follow.

  1. A cube has six sides, each of which has a different colour : black, blue, brown, green, red and white.
  2. The red side is opposite the black.
  3. The green side is between the red and the black.
  4. The blue side is adjacent to the white.
  5. The brown side is adjacent to the blue.
  6. The red side is the bottom face.

The four colours adjacent to green are :

When the cube is unfolded, it will look like as
16497.png
The four colours adjacent to green are black, brown, red and white.

Directions (Qs 1 - 4): Read the information given below to answer the questions that follow.

  1. A cube has six sides, each of which has a different colour : black, blue, brown, green, red and white.
  2. The red side is opposite the black.
  3. The green side is between the red and the black.
  4. The blue side is adjacent to the white.
  5. The brown side is adjacent to the blue.
  6. The red side is the bottom face.

Which of the following can be deduced from the statements 1, 2 and 6?

The red side is opposite to the black. Therefore, if red is at the bottom, black will be at the top.

Directions (Qs 1 - 4): Read the information given below to answer the questions that follow.

  1. A cube has six sides, each of which has a different colour : black, blue, brown, green, red and white.
  2. The red side is opposite the black.
  3. The green side is between the red and the black.
  4. The blue side is adjacent to the white.
  5. The brown side is adjacent to the blue.
  6. The red side is the bottom face.

Which of the following statements given above adds no information?

6 does not add to the information provided by 1 – 5.

Directions (Qs 1 - 4): Read the information given below to answer the questions that follow.

  1. A cube has six sides, each of which has a different colour : black, blue, brown, green, red and white.
  2. The red side is opposite the black.
  3. The green side is between the red and the black.
  4. The blue side is adjacent to the white.
  5. The brown side is adjacent to the blue.
  6. The red side is the bottom face.

If the red side is exchanged for the green side and the blue is swapped for black, then which of the following is false?

Adjacent to white, we have brown.

Directions (Q.5 - 9): Following questions are based on the figures given below which represent different positions of the same dice.
16851.png
Which number lies at the bottom face of the dice (i)?

Since 1, 3, 5 and 6 are adjacent to 2. Therefore, 4 lies opposite 2 i.e., at the bottom face of dice (i).

Directions (Q.5 - 9): Following questions are based on the figures given below which represent different positions of the same dice.
16851.png
Which number lies at the bottom face of the dice (iii)?

Since 2, 3, 6 and 4 are adjacent to 1. Therefore, 5 lies opposite 1. Hence, 1 lies at the bottom face of dice (iii).

Directions (Q.5 - 9): Following questions are based on the figures given below which represent different positions of the same dice.
16851.png
Which number lies opposite 6?

Since 1, 4, 2 and 5 are adjacent to 6. Therefore, 3 lies opposite 6.

Directions (Q.5 - 9): Following questions are based on the figures given below which represent different positions of the same dice.
16851.png
Which of the following combinations shows the numbers at the adjacent surfaces of the number 4?

16550.png
Hence, 1, 5, 3 and 6 are adjacent to 4.

Directions (Q.5 - 9): Following questions are based on the figures given below which represent different positions of the same dice.
16851.png
Which of the following numbers does not appear on any one of the adjacent surfaces of the number 3?

From the figure in previous solution, 6 is not adjacent to 3.

Two positions of a dice are shown, when 4 is at the bottom, what number will be on the top?
16386.png

From the two figures it is clear that the numbers 2, 3, 5 and 6 cannot appear opposite 1. So, 4 appears opposite 1. Therefore, when 4 is at the bottom, 1 will be on the top.

What should be the number opposite 3?
16380.png

From the three given figures, it is clear that the 1, 2, 5 and 4 appear adjacent to 3, so none of these can appear opposite 3. Therefore, 6 appears opposite 3.

On the basis of two positions of dice, find what number will be on the opposite face of number 5 ?
16368.png

Common number i.e., 3 to both the dice is placed on the central position of the figure. Now place the numbers in the anti-clock wise direction in block I, II, III and IV respectively. Remaining number i.e., 2 will come in the block V. Hence number 4 is opposite to number 5.
16167.png

Directions (Qs.13–14): Three positions of the same dice are given below. Find which number will come in place of the Question mark ‘?’.
16362.png

16161.png
Hence, the numbers that are adjacent to 1 are 5, 2, 6 and 3.
∴ 3 will come in place of ‘?’.

Directions (Qs.13–14): Three positions of the same dice are given below. Which number lies at the bottom face of the dice (iii)?
16362.png

16161.png
From (i) and (ii): 3, 4, 5 and 1 are adjacent to 2.
From (ii) and (iii): 2, 5, 6, and 3 are adjacent to 1
Hence, number 4 lies at the bottom face of number 1.

Select from the alternative, the box that can be formed by folding the sheet shown in figure given below:
16350.png(A) 16344.png (B) 16338.png (C) 16331.png (D) 16325.png

When the sheet shown in fig. is folded to from a cube, then the face bearing the dot lies opposite to the shaded face, the face bearing a circle (With ‘+’ sign inside it) lies opposite to a blank face and the remaining two blank faces lie opposite to each other. Clearly, the cubes shown in figures (B) and (D) cannot be formed since they have the shaded face adjacent to the face bearing a dot and the cube shown in fig. (C) cannot be formed since it shown all the three blank face adjacent to each other. Hence, only the cube shown in fig.(A) can be formed.

Select from the alternative, the box that can be formed by folding the sheet shown in figure given below:
16319.png(A) 16313.png (B) 16307.png (C) 16301.png (D) 16295.png

When the sheet shown in fig. is folded to form a cube , then ‘F’ appears opposite ‘C’ and ‘A’ appears opposite ‘D’. Therefore, the cube in fig. (A) which shows ‘F’ adjacent to ‘B’, the cube in fig.(C) which shows ‘E’ adjacent to ‘C’ and the cube in fig. (D) which shows ‘A’ adjacent to ‘D’ cannot be formed.

How many dots are their on the dice face opposite the one with three dots ?
16289.png16283.png 16276.png16269.png

From figure (i) (ii) and (iv), we conclude that 6, 4, 1 and 2 dots appear adjacent to 3 dots. Clearly, there will be 5 dots on the face opposite the face with 3 dots.

When the following figure is folded form a cube, how many dots would lie opposite the face bearing five dots ?
16263.png

When this figure is folded to form a cube then the face bearing three dots will lie opposite the face bearing five dots.

Which number is on the opposite face of 4, if the four different positions of a dice are as shown in the figures given below.
16257.png 16250.png 16244.png 16238.png

From figure (i) (ii) and (iv), we conclude that 6, 5, 2 and 3 appear adjacent to 4. Clearly, 1 will be opposite the face of 4.

Count the number of cubes in the given figure
16570.png

Clearly, in the figure there are --1 column containing
3 cubes, 2 columns containing 2 cubes each and 3 columns containing 1 cube each.
Number of cubes in columns of 3 cubes = 1 × 3 = 3;
Number of cubes in columns of 2 cubes = 2 × 2 = 4;
Number of cubes in columns of 1 cubes = 3 × 1 = 3;
Therefore, total number of cubes = 3 + 4 + 3 = 10.

Now check your Result..

Your score is

Share This Page!

Facebook
0%

Reasoning, Tricks and Online Test»
Classification Analogy Coding Decoding Blood Relation Direction Sense Alphabet Ranking and Ordering Mathematical Operations Cube and Dice Venn Diagram Logical Thinking Number Puzzle Clock and Calendar Inequalities Seating Arrangement Syllogism Puzzle
GK/GS
Maths
English
Computer

© Copyright - edudose.com
  • Link to Facebook
  • Link to X
  • Privacy Policy
  • About | Contact
  • Sitemap
Scroll to top Scroll to top Scroll to top