Join Detective IQ Club | Daily Riddles and Puzzles for Logical Minds page 18 of 18

Find the Path!

Que. 256

Help the bee to find its path!

help the bee to find its path

1
2
3
4

The correct path for the bee is 4 because it leads to the destination without obstacles or dead ends. The other paths likely contain obstacles or incorrect routes.

Back Side View puzzle

Que. 257

Find the back side view?

find the back side view pencil puzzle

A
B
C
D

The correct answer is B because it accurately shows the back side view of the pencil arrangement.

How Many Cubes Are Needed?

Que. 258

How many small cubes do you need to fill the empty spaces?

how many small cubes do you need to fill the empty space

24
23
27
28

23 is the right answer
Total cubes for this area will be 9x3=27
4 cubes already present (4th below 1)
so 27-4=23

Move one matchstick equation puzzle

Que. 259

Move one matchstick to Fix the equation 9-8=2

detective iq club image 9

Solving the matchstick puzzle 9-8=2 is as simple as moving just one matchstick to create a valid math equation.

Start with the original equation: 9-8=2.
Take one of the matchsticks from the number 8.
Place the matchstick you removed from 8 into the number 9, turning it into an 8.
So the 8 becomes 6 and 9 becomes 8
Your equation now reads 8-6=2.

od one out puzzle

Que. 260

Which one is different?
detective iq club image 10

1
2
3

The second Doraemon is the odd one out because its eyes are different from those of the first and third Doraemons. The eyes of the first and third Doraemons are similar, while the second one stands out.

penguin duck math equation

Que. 261

Can you solve this?

detective iq club image 11

18
16
8
17

Let the duck be ‘D’
Let the penguin be ‘P’
Rewriting the equations in the form of D & P,
Equation(1); D + P = 10
Equation(2); P – D = 8
Equation(3); 2P – 2D = ?
From the above equations, we can conclude that equations (1) & (2), have two unknowns so they can be solved simultaneously,
Equation(1); D + P = 10
Can also be written as, P + D = 10
Equation(2); P – D = 8,
Add , equation(1) & (2),
2P = 18
Penguin, P = 9
Put the value of p in equation(1),
D + P = 10
D + 9 = 10
Duck, D = 1
Now, substitute the value of both P & D in equation(3),
2P – 2D =?
= 2*9 – 2*1
= 18 – 2
=16
2P – 2D =16

Which Cube Will Form?

Que. 262

Which cube it will be form?
detective iq club image 7

A
B
C
D

The cube 'C' will be formed.

find the value of house?

Que. 263

Can you solve this IQ test?

detective iq club image 6

1
2
3
4

The pattern in the given puzzle relates to the number of unique letters in each word. Here's the breakdown:
at: 1 unique letter (a, t)
cat: 1 unique letter (c, a, t) — All three letters are unique, so it counts as 1.
crow: 1 unique letter (c, r, o, w) — All four letters are unique, so it counts as 1.
brain: 2 unique letters (b, r, a, i, n) — All five letters are unique, so it counts as 2.
Applying this pattern to house:
house: 3 unique letters (h, o, u, s, e) — All five letters are unique, so it counts as 3.

Solve the Stairs Math Puzzle

Que. 264

Which number should be on top?

detective-iq-club-image-4

336
840
210
652

To solve the stairs math puzzle, observe the pattern in the sequence:
Start with the given numbers: 7, 14, 42, 168.
Notice that each number is obtained by multiplying the previous number by an increasing factor:
14 is 7 x 2
42 is 14 x 3
168 is 42 x 4
Following this pattern, the next number should be obtained by multiplying 168 by 5:
$168 \times 5 = 840$
So, the number on top should be 840.

Find the Top View

Que. 265

Which is the top view?

detective iq club image 3

A
B
C
D

The answer is C. Observe the square base carefully to determine the correct top view.

Solve the Tank Puzzle

Que. 266

Which Tank will fill first?

detective iq club image 2

4
5
6
7

Find the Value of 4!

Que. 267

Find the Value of 4=?

detective iq club image 1

128
256
512
1024

The answer to the sequence "1 = 4, 2 = 16, 3 = 64, 4 = ?" is 256.
The pattern at play here is that each number in the sequence is being raised to the power of 4.
The pattern is that each term in the sequence is obtained by multiplying the previous term by 4.
4 raised to the power 1, equals 4x1 = 4. Therefore, 1 = 4 in this sequence.
4¹ = 4
Likewise, 4 raised to the power 2, equals 4x4 = 16. So, 2 = 16 in the sequence.
4² =16
Similarly, 4 raised to the power 3, equals 4x4x4 = 64. Hence, 3 = 64 in the sequence.
4³ = 64
Therefore, to find out what 4 equals, we just need to raise it to the power 4
4 raised to the power 4, equals 4 x 4 x 4 x 4 = 256.
Hence, 4 = 256 in the sequence.
4⁴ = 256

A father is 30 years older than his son

Que. 268

A father is 30 years older than his son. Five years ago, he was four times as old as his son. How old is the son now ?

Let's solve this problem step by step.
Problem:
A father is 30 years older than his son.
Five years ago, the father was four times as old as his son.
We need to find the son's current age.
Step 1: Define Variables
Let's define the son's current age as SS years. Then the father's current age would be S+30S+30 years.
Step 2: Set Up the Equation for 5 Years Ago
Five years ago, the son's age was S−5S−5 years, and the father's age was (S+30)−5=S+25(S+30)−5=S+25 years.
According to the problem, five years ago, the father was four times as old as his son:
S+25=4×(S−5)
Step 3: Solve the Equation
Now, let's solve the equation:
S+25=4(S−5)
First, distribute the 4 on the right side:
S+25=4S−20
Next, get all the terms involving SS on one side by subtracting SS from both sides:
25=3S−20
Now, add 20 to both sides:
45=3S
Finally, divide by 3 to find SS:
S=15