When you have a right triangle, you can use the Pythagorean Theorem to find the missing side length. (this can only be used for RIGHT triangles)
Pythagorean Theorem:
a² + b² = c² [c is the hypotenuse, or the longest line]
Since you know b = 8 and c = √73, plug it into the equation
a² + 8² = (√73)²
a² + 64 = 73
a² = 9
a = √9
a = 3
Answer:
b should be correct because since there's five months it makes sense to add all the numbers and divide
answer
yes
explination
I would say that yes, they do. The concepts are being described like normal, confidence, and random. Those are describing the statistical concept the sentence is placed around. Think of this...
Day => Normal
that makes sense... and it's describing the day so it helps you understand that the day is like every other...
Winning => "little" confidence
This one kind of helps describe it if you add in little... This helps you understand that the person speaking in this sentence probably isn't so sure about how the game is going to turn out...
...??? => random
The thing that was mentioned before hand what probably off topic of what those particular people were talking about... so it was random... It helps you understand that the topic that was just mentioned before this was probably off base of the topic that was previously being discussed....
I do not know if these are right. This is just what I think. I would wait for a another person's answer/comment to compare to before you really kind of take my thoughts/answer seriously. :) I hope this helps!
A-Y=5 less than twice X
B- (2,5), (4,4), (6,3), (8,2)
C- 5/2X-4
D- 3/2X-1
graph each answer choice and look at the slope of the line rise/run
the equation for answer choice A
is Y=5-(X•2)
the equation for answer choice B is
Y=-1/2X+6
the equation for C is Y=5/2x-4
and the equation for D is Y= 3/2X-1
the slope of A is -2/1
the slope for B is -1/2
the slope for C is 5/2
the slope for D is 3/2
the answer with the greatest slope is
5/2 the answer is C
Answer:
Dynamic equilibrium
Step-by-step explanation:
Dynamic equilibrium in the human body is achieved when there is an internal control which tends to oppose certain outside forces which could affect the body. It's known to be the ability to detect and respond to stimuli by living organisms. When these stimuli occur, there are feedbacks or responses that are sent or received by the body to maintain stability. This dynamic equilibrium of the internal environment can also be seen as homeostasis.