The exercise is asking you to compute the volume of five different spheres and cylinders, choosing 5 different random values.
Remember the formulas for the volumes: given a radius , the volume of the sphere is
Whereas the volume of the cylinder is
In this specific case, you're told that the height of the cylinder is the same as the diameter of the sphere (i.e. twice the radius). So, the formula of the cylinder updates to
So, all you need to do is to pick 5 random numbers, use them as the radius , and for each of them compute the volume and cylinder sphere as indicated above.
For example, if you choose a radius , you will have
Now choose your 5 random values and do the same!
Answer:
Step-by-step explanation:
Here, we have to find the sum of 2 fractions:
1st fraction:
2nd fraction:
Considering the denominator of 1st fraction:
Using factorization method:
can be written as .
Taking <em>5 common</em> from and <em>y common</em> from :
Now taking common:
can be written as
Now, calculating the sum:
Taking <em>LCM</em> and solving:
Hence, answer is .
90 wheels because u divide 36 by 2 to find one truck then multiply by 5 for 5 trucks
Answer:
Step-by-step explanation:
We're gonna need a graph to do this one.
Well, first, you need to set up the problem,
So, 3 1/3*2 3/5
HELPFUL HINT: Keep the fraction as a mixed number
Fractional equation converted into mixed numbers
So, 10/3*13/5= ? Can you figure out the rest? Or do you need the answer?