Answer:
Lateral areas have ratio of 4:1
Volumes have ratio of 8:1
Step-by-step explanation:
There is a rule in 3D geometry that when two solids are similar, and their edges are in the ratio of , the ratio of any surface area type measure is always this includes the lateral area, which is just a surface area minus the base, which is not important for this problem. The ratio of volumes of those similar solids is in the ratio of .
Now, to solve this, we need to find the ratio of any corresponding length of these similar pyramids. We have both the heights, so if we form a ratio of which if you simplify it, it is , which is . The ratio of the heights are .
Now we can apply those rules to this ratio, the ratio of lateral areas would then be , which is . the ratio of volumes would be , which is
Answer:
24 ft
Step-by-step explanation:
You use the pythagorean theorem: 45^2+x^2=51^2
x=24, -24.
Sides can be negative, so x=24 ft.
The answer just keeps coming back to zero dude it's simple you can't really calculate this either way the value of it would just be zero you can't simplify it or anything
The answer to your problem is going to be that there is a total of 432 seats in each movie area. you get this by multiplying 18 and 24 together. this is because there is 24 seats in each of the 18 rows. it is the same as finding the area of a rectangle, length * width.
Answer:
<em>Third choice "The ratio given is part to part. The total number of parts in the whole is 1 + 3 = 4." is the correct answer.</em>
Step-by-step explanation:
We know that partitioning a directed line segment into a ratio of 1:3 means that we are dividing the given line segment into two parts whose first part is 1 times the of some quantity while the another part is 3 times of the same quantity. So basically we are comparing part to part in by ratio. And total number of parts in the whole will be just sum of both so we get 1+3=4
Hence choice (3) is correct answer.
<em>"The ratio given is part to part. The total number of parts in the whole is 1 + 3 = 4."</em>