Respuesta :

Answer:

4361; see explanation and picture below.

Step-by-step explanation:

All your answers in red on the table to the right are correct, but they need to be placed in the boxes correctly.

You need to write one digit per box.

The table should look like this:

1 2 ▒

▒ 7 5

9

1 9

1  0 4

6 4

The numbers in the bold column are 2, 7, 9, 1, 0, 4.

They form the number 279,104.

The code is the quotient of that number and 64, so you divide that number by 64.

279,104/64 = 4361

Answer: 4361

See the picture below:

Ver imagen mathstudent55

Applying the knowledge of similar triangles, the crack code is: 4,361.

What are Similar Triangles?

If two triangles are similar, therefore, their corresponding sides are proportional, which means the ratios of their corresponding sides are the same.

a. ΔDEF is similar to ΔVRT, therefore:

15/37.5 = DE/30

Cross multiply

DE = (30 × 15)/37.5

DE = 12

b. ΔPAK is similar to ΔWNK, therefore:

62.5/45 = PK/54

Cross multiply

PK = (54 × 62.5)/45

PK = 75

c. ΔSFC is similar to ΔAFY, therefore:

36/(x + 6) = (22.4 + 16)/16

36/(x + 6) = 38.4/16

Cross multiply

(36)(16) = 38.4(x + 6)

576 = 38.4x + 230.4

576 - 230.4 = 38.4x

345.6 = 38.4x

345.6/38.4 = x

x = 9

d. ΔBNV is similar to ΔHZG, therefore:

20/(x - 1) = 30/(x + 8)

Cross multiply

20(x + 8) = 30(x - 1)

20x + 160 = 30x - 30

20x - 30x = -160 - 30

-10x = -190

x = 19

e. ΔEFC is similar to ΔKLM, therefore:

(x - 5)/(5x - 1) = 12/78

Cross multiply

78(x - 5) = 12(5x - 1)

78x - 390 = 60x - 12

78x - 60x = 390 - 12

18x = 378

x = 21

FE = 5x - 1 = 5(21) - 1

FE = 104

f. ΔMRT is similar to ΔARS, therefore:

(3x + 1)/80 = (3x - 7)/70

Cross multiply

70(3x + 1) = 80(3x - 7)

210x + 70 = 240x - 560

210x - 240x = -70 - 560

-30x = -630

x = -630/-30

x = 21

MT = 3x + 1 = 3(21) + 1

MT = 64

Numbers along the bolded column = 2, 7, 9, 1, 0, 4 = 279,104

The quotient of 279,104 and 64 = 279,104/64 = 4,361.

Thus, applying the knowledge of similar triangles, the crack code is: 4,361.

Learn more about similar triangles on:

https://brainly.com/question/10251012

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