Answer:
120, 114, 126
Step-by-step explanation:
Since these are all exterior angles, they will all always add up to 360°. Since we know this, you can set up an equation and it would be x+(x+6)+114=360. When added you get 2x+120=360. Now subtract 120 on each side to get 2x equals 240. Then you divide by 2 and get that x is 120. Now all you have to do is plug x into the equations for the angles so they would be 120, 114, and 120+6 so 126. Now you have 120,114,and 126 as your angles. To check, just add all the angle measurements up and it should equal 360.
The ratio of the change in dimension at right angles to the applied force to the initial dimension is known as Lateral strain.
Here,
We have to find, The ratio of the change in dimension at right angles to the applied force to the initial dimension .
What is Lateral strain?
Whenever the bar is subjected to the axial load ,there will be decrease in the dimensions of the bar in the perpendicular direction of loading. Therefore lateral strain is defined as ratio of decrease in the length of the bar in the perpendicular direction of applied load to that of the original length (gauge length).
⇒ e = dB/B or dD/D
where, e= lateral strain
Now,
The ratio of the change in dimension at right angles to the applied force to the initial dimension is known as Lateral strain.
Learn more about the strain visit:
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Whenever they ask what is a certain fraction of a number, just multiply.
(3/4)(535)=401.25
Answer:
$10 + $2m
m = 1 mile that Jana bikes.
Step-by-step explanation:
4.25 + 1.25m + 5.75 + 0.75m
Add like terms
10 + 2m
