Question

10080, 1680, ?, 84, 28, 14
7. 840
2. 168
3. 108
4. 336​

Answer 1

So the correct answer is $336$.

Explanation:

We can solve this by multiplication of increasing numbers by 1,  

$14$ ⇒ $14\times 2 = 28$

$28$ ⇒ $28\times 3 = 84$

$84$ ⇒ $84\times 4 = 336$

$336$ ⇒ $336\times 5 = 1680$

$1680$ ⇒ $1680\times 6 = 10080$

So the correct answer is $336$.

Answer 2

4. 336​ The missing number (?) is "336".

Step-by-step explanation:

The given sequence is

10080, 1680, ?, 84, 28, 14

10080 = $\dfrac{10080}{6}$ = 1680

1680 = $\dfrac{1680}{5}$ = 336 = ?

336 =$\dfrac{336 }{4}$ = 84

84 = $\dfrac{84}{3}$ = 28

28 = $\dfrac{28}{2}$ = 14

Hence, the missing number (?) is 336.