1/4 because 0.25 is the same thing as 25/100. 25/100 simplified is 1/4
The answer is 74.9218%
First set up the the equation 460.05/614.04
That gives you .749218
Move the decimal back twice because of the equation 74.9218
The answer is 74.9218%
Hope this helps!
Answer:
I don't see a picture, did you add one? ill wait for your response
Step-by-step explanation:
(A) Mean best describes the amount of water in each bucket.
<h3>
What is mean?</h3>
- A dataset's mean (also known as the arithmetic mean, as opposed to the geometric mean) is the sum of all values divided by the total number of values.
- It is the most widely used measure of central tendency and is frequently referred to as the "average."
- In mathematics, particularly statistics, there are several types of means.
- Each mean is used to summarize a specific set of data, often in order to better understand the overall value (magnitude and sign) of a given data set.
- In two simple steps, we can calculate the mean or average of a data set: add up all of the values to find the sum.
- Subtract the sum from the total number of values in the data set.
Therefore, (A) mean best describes the amount of water in each bucket.
Know more about mean here:
brainly.com/question/1136789
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The correct question is given below:
Five buckets each had different amounts of water in them. Tom poured all of the water together and then divided the water equally among the buckets. Which term best describes the amount of water in each bucket?
A. mean
B. range
C. outlier
D. mean absolute deviation
So you have initial velocity, final velocity, and time. One easy equation for this (that will give you acceleration) is V=vo+at
When plugged in this would become
59km/h=51km/h+a(2 hrs)
To graph the equation, if graphing for velocity, Make the x axis time, using scaling as either every half hour or every hour. And obviously y axis velocity. Once you have that you can graph your initial velocity and final velocity. If your teacher doesn’t want a super exact graph, Then you can eyeball it and use a curve but you need to find out the acceleration in order to do that because the car is accelerating meaning that the graph line will not be linear, rather it will be exponential.
