Question

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Answer 1

Answer:

$\huge\boxed{\sf 16}$

Step-by-step explanation:

Given expression is:

= 10 + 3(12 ÷ (3x))

Put x = 2 nd use PEDMAS [Parenthesis Exponents Division Multiplication Addition Subtraction "in that order"]

= 10 + 3(12 ÷ (3)(2))

Solve Parenthesis

= 10 + 3(12 ÷ 6)

Now, Divide

= 10 + 3(2)

Now, Multiply

= 10 + 6

Now, Add

= 16

$\rule[225]{225}{2}$

Hope this helped!

~AH1807

Answer 2

Answer:

$\huge\boxed{ \boxed{\tt \: 16}}$

Step-by-step explanation:

Evaluate :

$10 + 3(12 \div 3x)$

When,

$x = 2$

Solution:-

$\sf \implies10 + 3(12 \div 3x)$

This expression may be rewritten as,

$\sf \implies10 + 3 \bigg(\cfrac{12}{3x} \bigg)$

Put 2 instead of x as x = 2 :-

As we know that x is multiplied with 3 on this expression so,

$\sf \implies10 + 3 \bigg(\cfrac{12}{3 \times 2} \bigg)$

$\sf \implies10 + 3 \bigg(\cfrac{12}{6} \bigg)$

Cancel off 12 and 6(By 6) :-

$\sf \implies10 + 3 \bigg({\cfrac{ \cancel{12}}{ \cancel{6}} ^{2} }\bigg)$

$\sf \implies10 + 3 (2)$

According to BODMAS Rule we know that, First Multiplication and then addition.(According to this expression)

So,Multiply 3 and 2 :-

$\sf \implies10 + 3 \times 2$

$\sf \implies10 + 6$

Simply add :-

$\sf \implies16$

Hence, the answer of the given expression would be 16.

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I hope this helps!

Let me know if you have any questions.