Convert into a Tree diagram ( 10 × 9 ) - ( 8 × 2 ) + 3

Given expression: ( 10 × 9 ) - ( 8 × 2 ) + 3 We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.

Convert into a Tree diagram ( 10 × 9 ) - ( 8 × 2 ) + 3

Given expression: ( 10 × 9 ) - ( 8 × 2 ) + 3 We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.

Convert into a Tree diagram [ 8 + ( 5 × 2 ) ] - [ ( 2 × 3 ) + 5 ]

Given expression: [ 8 + ( 5 × 2 ) ] - [ ( 2 × 3 ) + 5 ] We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.

Convert into a Tree diagram [ ( 9 - 4 ) × 8 ] + [ ( 8 + 2 ) × 3 ]

Given expression: [ ( 9 - 4 ) × 8 ] + [ ( 8 + 2 ) × 3 ] We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.

Convert into a Tree diagram { [ ( 10 × 5 ) + 6 ] × [ 5 + ( 6 - 2 ) ] } ÷ [ 8 × ( 4 + 2 ) ]

Given expression: { [ ( 10 × 5 ) + 6 ] × [ 5 + ( 6 - 2 ) ] } ÷ [ 8 × ( 4 + 2 ) ] We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.

Convert into a Tree diagram 20 + [ 8 × 2 + { ( 6 × 3 ) - 10 ÷ 5 } ] .

Given expression: 20 + [ 8 × 2 + { ( 6 × 3 ) - 10 ÷ 5 } ] We know that, Tree diagram are a general way of representing arithmetical expressions. It is a picture which look like an upside-down tree. Every node has one or two branches. And the leaves are numbers. The branching nodes have operations on them. Hence, required tree diagram is shown below.