Say that you put the set of tiles shown below into a bag and conduct a series of trials in which you draw one tile randomly from thi
bag, record the color, and replace it. The table below shows the number of times in each set of trials that you drew a blue tile.
Trial
# of Draws
#of Blues
1
54
18
2
36
11
3
80
20
4
22
4
5
75
32
Between the theoretical probability that you will draw a blue tile and the experimental probability that you will draw a blue tile, which
is greater, and how much greater is it? Express all probabilities as percentages to two decimal places, and express differences by
number of percentage points (for example, 12% is 2 percentage points greater than 10%).

solution:

we have to construct

∠m nt ≅ ∠p qr

the steps to draw this construction are

step 1: use a compass to draw an arc from point q which intersects the side pq at point a and the side qr at point b.

step 2: draw a segment nt and use the same width of the compass to draw an arc from point n which intersects the segment nt at a point x.

step 3:

step 4: join points n and y using a straightedge.

step 3:

option (d).maintaining the same width of the compass as ab, draw an arc from point x such that it intersects the arc drawn from n in a point y.

to draw   congruent angles , 1. width of compasses while drawing two angles should be same i.e from point at which angle has to be drawn, 2.the distance between the two points where the compass intersects the two sides should be same while drawing any two congruent angles.

its an acute right triangle

step-by-step explanation:

it is 10.6 according to my calculations

graph #4 (last graph) depict the function   f(x)= -m(x-d)^1/5 i

step-by-step explanation:

we know that

m=slope

but in this function slope is -m that means slope is decreasing and it is decreasing by 1/5 points down the x-axis.

which is shown in graph four

a decreasing slope down x-axis by 1/5 points.

hence 4th graph is the right option for this.