Given\qquad \overline{OL}\perp\overline{ON}
OL

ON
start overline, O, L, end overline, \perp, start overline, O, N, end overline
\qquad m \angle LOM = 3x - 15^\circm∠LOM=3x−15

m, angle, L, O, M, equals, 3, x, minus, 15, degrees
\qquad m \angle MON = 5x - 23^\circm∠MON=5x−23

m, angle, M, O, N, equals, 5, x, minus, 23, degrees
Find m\angle MONm∠MONm, angle, M, O, N:

Answers

Answer 1
Answer:

Segments LO and ON are perpendicular, providing the required

information for the value of the sum of ∠LOM and ∠MON.

  • m∠MON is 57°

Reasons:

The given parameter are;

\overline{OL} is perpendicular to \overline{ON};  \overline{OL} \perp \overline{ON}

m∠LOM = (3·x - 15°)

m∠MON = (5·x - 23°)

Required:

Find m∠MOM

Solution:

Given that \overline{OL} is perpendicular to \overline{ON}, we have;

m∠LON = 90° by definition of perpendicular lines

m∠LON = m∠LOM + m∠MON by angle addition postulate

Therefore;

m∠LOM + m∠MON = 90° by substitution property of equality

Which gives;

(3·x - 15°) + (5·x - 23°) = 90° by substitution property

8·x - 38° = 90°

  • x =(90^(\circ) + 38^(\circ) )/(8) = 16^(\circ)

x = 16°

m∠MON = 5·x - 23°

m∠MON = 5 × 16° - 23° = 57°

  • m∠MON = 57°

Learn more here:

brainly.com/question/18888627

Answer 2
Answer:

Answer:57

Step-by-step explanation:


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Does anybody know this , I’m so confused and need help !!

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the orange is 1, pepper is 3, Avocado is 6, salt it 9, and rice stuff is 18

Answer: ORANGE= 3

                 PEPPER= 2

CHIPS AND GUACAMOLE=18

SALT= 9

AVOCADO= 6        


Step-by-step explanation:


You plant a tree that is 36 inches tall. After one year, the tree is 43 inches tall. Which expression describes the percent of increase in the tree's height?

Answers

Answer: (7)/(36)* 100=19.44\% is the required expression.

Step-by-step explanation:

Since we have given that

Length of tree initially = 36 inches

Length of tree after one year = 43 inches

We need to find the percentage of increase in the tree's height.

So, expression would be

(Difference)/(Original)* 100\n\n=(43-36)/(36)* 100\n\n=(7)/(36)* 100\n\n=19.44\%

Hence, (7)/(36)* 100=19.44\% is the required expression.

The tree increased its height by 19.44%

(43 - 36) ÷ 36 = 7 ÷ 36 = 0.1944 * 100% = 19.44%

36 is the basis of the equation. It is the 100%
7 is the increase in height (inches). It is the 19.44%
43 is the total height. It is 119.44% height of the tree.

Whatever height the tree grow to, if the question is percentage since it was planted, then 36 inches is the basis.

If the problem refers to the height increase based on the latest height measurement, then 43 inches is the basis.

If the 7 inches increase in height is constant every year. Then, an equation will show:

y = 36 + 7x
where y is the total growth through the years. 36 is the initial height, 7 is the constant rate of growth, and x is the number of years the tree has grown.




If a+b=c and b+c+d and b+d=e
and if a=5
what is b,c,d,and e equal

Answers

so a+b=c
b+c=d?
b+d=e

a=5
subsitute
5+b=c
c=b+5
c-5=b

b=c-5 so
c-5+c=d
d=2c-5
b+d=e
c-5+2c-5=e






so
a=5
b=c-5
c=b+5
d=2c-5
e=3c-10

Helllllppppppppppp !!!!!!!!​

Answers

The hinge theorem states that if two triangles have equivalent side lengths but different angles, the triangle with the larger angle is going to have a longer opposing side.

UVT < UTS < STR

That means that VU < US < SR, due to the hinge theorem

What is the cost of an item with a sales tax of 108

Answers

what is the original cost of the item without the tax???

Which special version of the Pythagorean Theorem can you use to find the length of any square's diagonal, d, using only the length of its side, s?

Answers

Using the Pythagorean Theorem, the length of a square diagonal, in function of it's sides s, is given by:

d = s√(2)

The Pythagorean Theorem relates the length of the legs l_1 and l_2 of a right triangle with the length of the hypotenuse h, according to the following equation:

h^2 = l_1^2 + l_2^2

In a square, as given in the figure below, the legs are the sides s, of equal measure, while the hypotenuse is the diagonal d, thus:

d^2 = s^2 + s^2

d^2 = 2s^2

d = √(2s^2)

d = s√(2)

A similar problem is given at brainly.com/question/21691542

the square's diagonal is the triangle's hypotenuse.

the original Pythagorean theorem is  a^(2) +  b^(2) = c^(2)   where a and b are the two sides and c is the hypotenuse.

that means the Pythagorean theorem for this question is:

s^(2) + s^(2) = d^(2)  or 2( s^(2) )= d^(2)