Answer:
n=5
n=9
n=12
Step-by-step explanation:
Answer:
Correct answer is option C.
Step-by-step explanation:
Trapezoid ABCD ≅ trapezoid A'B'C'D'
You can reflect trapezoid ABCD across the x-axis and then rotating it 90°clockwise.
Well, we have linear terms (the heights and radii of the two cylinders) and cubic terms (the volume of the two cylinders). So, we need to cube the given ratio respective of their order.
2 -> to the power of 3 -> 2×2×2=8
3 -> to the power of 3 -> 3×3×3=27
Therefore, the ratio of the volumes of the two cylinders is 8:27. Your answer is D.
Answer:
the answers are
m<1 = 65
m<2=25
m<3=115
Step-by-step explanation:
first of all in the triangle
the angles are 90, 25 and an unknown(let be x)
so,
triangle=sum of all sides
180=90+25+x
180-115=x
x=65
now,
to find m<2
m<2+65=90
m<2=25
then,
to find m<1,
m<1+m<2=90(sum of 2 opp interior angle equals the exterior angle)
or, m<1+25=90
m<1=65
again
for m<3,
180(straight line) +m<2 +m<3 =360(complete turn)
180+25+m<3=360
m<3 =360-205
m<3 =155
Hey there! :D
I would say that it doesn't make the chance of making the second shot increase.
For example,
If I were to flip a coin and get heads, it doesn't mean that I have a higher chance of getting heads again. There is a 50/50 chance of getting heads or tails. Every 'flip' or 'shot' is separate.
The question doesn't mention anything changing with the second shot, that the person shooting was close to the goal, was experiencing adrenaline, etc. I believe that the chance of shooting the basketball again is just the same as the first, third, fourth, tenth, fifteenth, etc.
I hope this helps!
~kaikers
