In ΔMNO, \overline{MO} MO

is extended through point O to point P, \text{m}\angle MNO = (3x+11)^{\circ}m∠MNO=(3x+11)

∘

, \text{m}\angle OMN = (2x+20)^{\circ}m∠OMN=(2x+20)

∘

, and \text{m}\angle NOP = (8x-5)^{\circ}m∠NOP=(8x−5)

∘

. What is the value of x?x?

Step-by-step explanation:

Given the triangle MNO which is extended through point O to point P, we are given the followings;

Interior angles;

∠MNO=(3x+11)

∠OMN=(2x+20)

Exterior angle;

∠NOP=(8x−5)

To find x, we will use the theorem, "The sum of the interior angles is equal to the exterior"

Hence;

3x+11+2x+20 = 8x - 5

5x + 31 = 8x - 5

Collect like terms;

5x - 8x = -5-31

-3x = -36

x = -36/-3

x = 12

Hence the value of x is 12

42%

step-by-step explanation:

we know,

total people = 60

total males = 25

percentage of males

= 25/60 × 100

= 25/6 × 10

= 25/3 × 5

= 125 / 3

= 41.

rounding of = 42%

happy to

pls mark as brainliest

.there can be infinite values of m and n that can satisfy the above equation. for each value of m of m or n. there maybe infinite sets of solution for the above

step-by-step explanation: