Avery guessed that the typical number of sit-ups her classmates could do was 30 in 1 minute. Avery tested this idea by recording
how many sit-ups each classmate could do in 1 minute. She made a dot plot of the data.
1. What is the most common number of sit-ups completed in 1 minute? Explain how you used the dot plot to identify this number.
Write your answer in the space below.
2. What is the spread of this data set?
Write your answer in the space below.
3. According to this data set, is Avery's guess of 30 sit-ups per minute too low, too high, or about right? Explain.
Write your answer in the space below.
1. What is the most common number of sit-ups completed in 1 minute? Explain how you used the dot plot to identify this number.
Write your answer in the space below.
2. What is the spread of this data set?
Write your answer in the space below.
3. According to this data set, is Avery's guess of 30 sit-ups per minute too low, too high, or about right? Explain.
Write your answer in the space below.
1 answer:
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Answer: The value of m is 29.
Step-by-step explanation:
Given that, One term of is
...(i)
We know that that (r+1)th term in is given by :-
...(ii)
On comparing (i) with (ii) , we get
i.e.
Hence, the value of m is 29.
Answer:
Option C is correct.
Step-by-step explanation:
Given the dimension of the surfaces i.e length, width and height of podium. we have to calculate the surface area of the victory podium.
As Surface area of cuboid is 2(LW+WH+HL)
In the given figure, the upper cuboid has dimension
L=2.5 ft. , W=1.5 ft, H=1.5 ft
The upper face is occuring twice therefore it must be subtracted to find the area
Dimensions of lower podium are
L=7.5 ft. , W=1.5 ft, H=1.5 ft
Now, Surface area of podium included bottom is
19.5+49.5-3.75=65.25 square feet.
Hence, option C is correct.