Answer:
2/4
Step-by-step explanation:
Answer:
27.7°
Step-by-step explanation:
To find m<A, apply trigonometric function.
Reference angle = A
Side length opposite to A = 20
Hypotenuse = 43
Apply SOH, which is:
Plug in the values
A ≈ 27.7° (nearest tenth)
Answer:
A better option to express the results will be a cumulative frequency curve.
Step-by-step explanation:
At the moment, the moment, the question does not have a histogram, so we will explain the advantages of a frequency distribution curve or polygon.
The Cumulative Frequency Curve allows data to be interpreted continuously. The cumulative frequency prevents "gaps" that are found in the histograms. For instance, a histogram does not provide a frequency distribution of a certain type of data. In addition, the curves clarify better the trends in the data set. Furthermore, large data can be compressed and summarized in a compact form by using the distribution in the data set.
Answer:
Useful because it the most used because it’s a straight line
Step-by-step explanation:
Y=Mx+b is one of the first formulas you learn and can be written from a graph easily if you have the intercept and slope
Answer:
Distance between Kevin's home and movie theater is A) 6.32miles
Step-by-step explanation:
Kevin rode the bike 2 miles east then turn 6 miles north
To find how far movie theater from his home:
The path of Kevil is forming right angle triangle of sides 2 and 6.
and Distance between home and movie theater is hypotenuse.
Take A=2, B=6 and C=Distance between home and movie theater
Therefore,
miles
Thus,
Distance between Kevin's home and movie theater is A) 6.32miles