That's correct
answer is a
translated 3 units up
Answer:
The ratio of the small sphere’s area to that of the big one is 25:64
Step-by-step explanation:
The area of a sphere can be calculated using the formula:
A = 4 π r^2
Now, since their radii are if the ratio 5:8, we can say that the radius of the small sphere is 5 while that of the big sphere is 8
For the small sphere, the value of the area will be 4 * π * 5^2 = 100 π unit
For the big sphere, the value of the area will be 4 * π * 8^2 = 256 π unit
The ratio of the smaller sphere to the larger sphere is;
100 π : 256 π
Divide through by 4
25: 64
Answer:
esto literalmente no significa nada jajaja
y un poco sé la respuesta, pero no quiero decírtelo y jeje
Step-by-step explanation:
(2-7m^6)^2
rearrange terms:
(2-7m^6)^2
(-7m^6 + 2)^2
expand the squares:
(-7m^6 + 2)^2
(-7m^6 + 2)(-7m^6 + 2)
distribute:
(-7m^6 + 2)(-7m^6 + 2)
-7(-7m^6 + 2) • m^6 + 2(-7m^6 + 2)
distribute:
-7(-7m^6 + 2) • m^6 + 2(-7m^6 + 2)
49m^12 - 14m^6 + 2(-7^6 +2)
distribute:
49m^12 - 14m^6 + 2(-7^6 +2)
49m^12 - 14m^6 - 14m^6 + 4
combine like terms:
49m^12 - 14m^6 - 14m^6 + 4
49m^12 - 28m^6 + 4
solution:
49m^12 - 28m^6 + 4
please mark brainliest and hope it helps
Well as x can never actually be -1 because I'm in the denominator -1 + 1 = 0 and we cannot divide by zero. But we can look at what number it approaches and i assume that is the relative value. sometimes functions will have asymptotes and others will have holes in the graph. this one would have an asymptote going down at a rapid rate. the asymptote would go on forever getting infinitely close to -1 but never touching. So I would say since the asymptote goes down forever that the graph approaches negative infinity
