Answer:
its A and C , Obtuse and Isosceles triangle.
Step-by-step explanation:
It's A because it's obtuse ( triangle which have measurement between 90 and 180)
Not B because Scalene triangle have three different side but the two sides are same show by the equilateral symbol.
It's C because Isosceles triangle have two sides of equal length that we can see with the equilateral symbol.
Not D because Equilateral triangle have three sides of same length but on this triangle only two sides are same.
Not E because right angle have measurement of 90 degree.
Not F because Acute triangle have measurement less than 90 degree.
Please mark me brainliest. I need to rank up. I explain you in detail please.
Answer:
1. Group C; 2. Group B; 3. Group D; 4. Group A
Step-by-step explanation:
These equations are in the form
, where v₀ is the initial velocity and h₀ is the initial height.
The first equation has no value for v₀ and a value of 19 for h₀. This means there is no velocity, so the ball is dropped, and since the initial height is 19, it is dropped from 19 meters. This makes it group C.
The second equation has a value of 50 for v₀ and no value for h₀. This means the initial velocity is 50 and there is no initial height. This makes it group B.
The third equation has no value for v₀ and a value of 50 for h₀. This means there is no initial velocity, so the ball is being dropped, and the initial height is 50. This makes it group D.
The fourth equation has a value of 19 for v₀ and no value for h₀. This means the initial velocity is 19 and there is no initial height. This makes it group A.
Answer:
<h2>The dice is not fair.</h2>
Step-by-step explanation:
600 times
and
6 sides to said dice
<h3>600 / 6 = 100</h3><h3>100 is NOT 200</h3>
100≠(Not equal sign)200
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<em>I would recommend writing/typing all of this as your answer.</em>
<em>Hope I helped!!</em>
Answer:
Step-by-step explanation:
In this case we know the composition of f and g is
Thus if we change x by 3 we get
Answer:
Right angle
Step-by-step explanation:
There are only three angles
