Question

(1). Simplify.

22÷(9+2)

Enter your answer in the box.


(2).Evaluate.
8+3⋅42

A.8

B.10

C.16

D.22

(3).Which expression has a value of 3?


A.(12+6)÷(3+3)

B.(12+6)÷3+3

C.12+6÷(3+3)

D.12+(6÷3+3)


(4).Which expression has a value of 74?

A.(75−5)×(1+4)

B.75−5×(1+4)

C.75−(5×1+4)

D.(75−5)×1+4

Answer 1

$22 \div (9 + 2) = 2$
22/11
=2

Answer 2

Answer:

1) $22\div (9+2)=2$

2) $8+3\cdot 42=134$

3) Option A - $(12+6)\div(3+3)$

4) Option D -  $(75-5)\times 1+4$

Step-by-step explanation:

1) Simplify $22\div (9+2)$

Solution :

Add the terms in bracket,

$22\div (9+2)=22\div 11$

Divide,

$22\div (9+2)=2$

2) Evaluate $8+3\cdot 42$

Solution :

Solve the dot product,

$8+3\cdot 42=8+126$

Add the terms,

$8+3\cdot 42=134$

3) Which expression has a value of 3?

Solution : Solve each expression,

A. $(12+6)\div(3+3)$

$(12+6)\div(3+3)=18\div 6=3$

B.  $(12+6)\div3+3$

$(12+6)\div3+3=18\div 3+3=6+3=9$

C. $12+6\div(3+3)$

$12+6\div(3+3)=12+6\div 6=12+1=13$

D. $12+(6\div3+3)$

$12+(6\div3+3)=12+(2+3)=12+5=17$

Option A is correct.

4) Which expression has a value of 74?

Solution : Solve each expression,

A. $(75-5)\times(1+4)$

$(75-5)\times(1+4)=70\times 5=350$

B. $75-5\times(1+4)$

$75-5\times(1+4)=75-5\times 5=75-25=50$

C. $75-(5\times1+4)$

$75-(5\times1+4)=75-(5+4)=75-9=66$

D. $(75-5)\times 1+4$

$(75-5)\times 1+4=70\times 1+4=70+4=74$

Option D is correct.