By definition. The volume of the sphere is:
V = (4/3) * (pi) * (r ^ 3)
Where,
r: radius of the sphere.
Substituting values:
2254 pi = (4/3) * (pi) * (r ^ 3)
Clearing the radio we have:
r ^ 3 = (3/4) * (2254)
r = ((3/4) * (2254)) ^ (1/3)
r = 11.91255883
Then, the surface area is:
A = 2 * pi * r ^ 2
Substituting values:
A = 2 * 3.14 * (11.91255883) ^ 2
A = 891.6 m ^ 2
Answer:
The surface area of the sphere is:
b. 891.6 m ^ 2
Answer:
.0025%
Step-by-step explanation:
You would first take 250 and divide it by 10 million
you would get .000025 you would then multiple it by 100 to get .0025
Perfect :)
Again, 1500/8500 ≈ 17.64%.
Again, write about 17.64% as, though i'm not sure about your teachers, but my teachers used to take marks off for that...
Answer:
The correct option is Histogram.
Step-by-step explanation:
In statistics, we usually come across a vast set of data. Data can be explained well when it is presented as a graph rather than as a table since the graphs have the capability to make known a trend or comparison.
Different types of graphs used in statistics to describe data are:
- Bar charts
- Pie charts
- Line charts
- Histogram
- Box Plot
- Dot Plot
And so on.
The methods commonly used for depicting a frequency distribution are:
- Histogram/Column graph
- Bar graph
- Frequency Polygon
- Pie chart
A histogram is used to graphically represent the distribution of a random variable according to the frequency distribution.
Each bar of the histogram is constructed according to a range of values and represents the frequency for that particular range.
In this case, we need to find how many pumpkins had masses below 6.0 kilograms.
The histogram can be used to construct the graphically representation of the masses of pumpkins and their frequency.
The range can be decided according to the provided masses.
Thus, the correct option is Histogram.