Question

there is a picture attached. please show all the work

Answer 1

we discovered earlier with this that the ratios are: 4/25

that leaves the rest of it to be: 1-4/25 = 21/25

the probability that it lands in the bottom is then: 21/25

Answer 2

i dont get it?

Answer 3

the area of the shade is: radius of 4;

4^2 pi = 16pi all togheter; 16pi(3)/4 = 12pi for part of the cirlce

the trianlge tha tis left shaded is a 45 degree and is just 4*4/2 = 8

8+12pi should be the total shaded area

Answer 4

ohh

Answer 5

got that one

Answer 6

ihave # 23, 24, 25, and 27 left

Answer 7

the radius of the circle .. hmm

6 = sqrt(3)*6/sqrt(3); so the radius = 6/sqrt(3); or prettier to look at..... 6sqrt(3)/3 = 2sqrt(3)

the area of the circle then is (2sqrt(3))^2 pi = 12pi

the area of the triangle in total is: 12^2 sqrt(3)/4, or simply 36sqrt(3)

total area of tri - area of circle is:

36sqrt(3) - 12pi

Answer 8

ihave # 23, 24, 25, and 27 left

Answer 9

is this #27?

Answer 10

#23 is:

6 sin(t) b/5
----------
15sin(t) b/2


6/5 2/5
---- = ----- = 4/25
15/2 5/2

#24 is:

NOT the ratio of the triangle :) 1 - 4/25 = 21/25 as its ratio

Answer 11

ihave # 23, 24, 25, and 27 left

Answer 12

whats sin(t) stand for....

Answer 13

the probability that something will fall into the bottom quad there is 21/25

Answer 14

sin(t) stands for the height of the triangles .... since we dont know what "t" is we just make it generic and it goes away in the process

Answer 15

oh

Answer 16

so whats the answer for 23?

Answer 17

amistre64?

Answer 18

i only need help for 23, 24, and 25 now!!

Answer 19

I had given solution for this earlier based on similar triangles...
seems u hv deleted that n posed the question again...

Answer 20

oh i didnt realize that