Question

If 'q' means 'add to' ; 'j' means 'multiply by' ; 't' means ' subtract from' and 'k' means ' divided by' , then........30k2q3j6t5 is equal to................???

Answer 1

Hii there

here is your answer

ATQ,

Q = + , J = × , T = - , K = ÷

So,

=30k2q3j6t5

=30÷2+3×6-5

=28

HOPE THIS HELPS U

PLZ MARK AS BIRANLIEST

Answer 2

Answer

28 is the correct value.

$\rule{100}2$

Explanation

Given that, q means addition, j means multiply, t means subtract and k means divide.

We have to find value of 30k2q3j6t5.

Substitute the known values above.

Then, it should be like = 30 ÷ 2 + 3 × 6 - 5

Now, we have to use BODMAS Rule to find it's value.

B = Brackets

O = of

D = Division

M = Multiplication

A = Addition

S = Subtraction

According to BODMAS rule, first we have to solve brackets. But here are no brackets. So, next we have to do is division, then multiplication.

After multiplication we have to do addition and in last subtraction. By applying this rule we find the correct value.

$\implies\:\sf{30\:\div\:2\:+\:3\:\times\:6\:-\:5}$

First :- Division

$\implies\:\sf{\dfrac{30}{2}\:+\:3\:\times\:6\:-\:5}$

$\implies\:\sf{15\:+\:3\:\times\:6\:-\:5}$

Second :- Multiplication

$\implies\:\sf{15\:+\:3\:\times\:6\:-\:5}$

$\implies\:\sf{15\:+\:18\:-\:5}$

Third :- Addition

$\implies\:\sf{15\:+\:18\:-\:5}$

$\implies\:\sf{33\:-\:5}$

Fourth :- Subtraction

$\implies\:\sf{33\:-\:5}$

$\implies\:\sf{28}$