Suppose 15% of the apples picked one afternoon are rotten. the following simulations demonstrate how apples can be randomly chosen and then recorded as rotten or not rotten. which simulation best models the scenario? place 15 equally sized pieces of paper in a hat. of the 15, 3 read "rotten," and the rest read "not rotten". place 30 equally sized pieces of paper in a hat. of the 30, 3 read "rotten," and the rest read "not rotten". place 12 equally sized pieces of paper in a hat. of the 12, 3 read "rotten," and the rest read "not rotten". place 20 equally sized pieces of paper in a hat. of the 20, 3 read "rotten," and the rest read "not rotten".

Answer with explanation:

% of apples which are Rotten =15 %

% of apples which are not Rotten =100- 15=85%

Out of the four options given, the simulation in which out of n,apples , 15 % apples are rotten and 85% are not rotten will be best model or best Simulation for this scenario.

Option 1

% of Rotten Apple

                %

Option 2

% of Rotten Apple

                %

Option 3

% of Rotten Apple

                %

Option 4

% of Rotten Apple

                %

Option 4

Place 20 equally sized pieces of paper in a hat. Of the 20, 3 read "rotten," and the rest read "not rotten".

is the appropriate simulation best models the scenario.

b

step-by-step explanation:

a difference is the result of subtraction. while each of these expressions has subtraction in it, a difference will be the result when subtraction is the last operation applied in the order of operations for the expression. this means subtraction must be outside of the parenthesis. only b has this.

answer: the anser is 3

step-by-step explanation:

c- 2o is equal to 9