Answer:
33.33%
Step-by-step explanation:
Given :
Breakup percentage = 15
New relationship percentage = 30
To obtain the steady state percentage of residents who are uninvolved, we could relate the scenario to the natural unemployment rate relation : seperation rate ÷ (seperation rate * finding rate)
Hence, we could use the Relation as this ;
Breakup percentage ÷ (Breakup percentage + new relationship rate)
15% ÷ (15% + 30%)
0.15 ÷ (0.15 + 0.30)
0.15 ÷ 0.45
= 0.33333
= 33.33%
<h3>
Answer: 55</h3>
==============================================
The 125 degree angle and angle 6 are supplementary. This is because of the same side interior angles theorem.
Let x be the measure of angle 6. Add this to 125, set the sum equal to 180, and solve for x.
x+125 = 180
x = 180-125
x = 55
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Or you could approach it this way:
y = measure of angle 2
y+125 = 180
y = 55
angle 6 = angle 2 (corresponding angles)
angle 6 = 55 degrees
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Yet another way you could solve:
z = measure of angle 3
z+125 = 180
z = 55
angle 6 = angle 3 (alternate interior angles)
angle 6 = 55 degrees
A similar approach using alternate interior angles would involve angle 5 = 125, and then noticing that x+125 = 180 solves to x = 55
Answer:
364000
Step-by-step explanation:
Step 6 wants us to show two angles which are also two interior angles that are located on the same side.
Interior angles are angles that are INSIDE the parallel lines.
On the diagram given, there are two pairs of interior angles that are on the same side:
Angle VQT and angle ZRS
Angle UQT and angle WRS
Two interior angles on the same sides add up to 180°
The missing statement that would fit statement in Step 6 is:
m∠VQT + m∠ZRS = 180°
Answer: Second option
Answer:
The Answer is True
Step-by-step explanation:
k+8>19
k>19-8
k>11
