If the moving object is undergoing constant acceleration, then
(take the average of the initial and final velocities, if they're given)
If you don't know the acceleration or initial/final velocities, then you have to resort to the usual definition,
where 
is the change in position and 
is the duration of the interval.
Answer:
1/4
Step-by-step explanation:
The answer is 1/4 because their is a total number of 4 outcomes (denominator) and there in only 1 chance (numerator) that you will not get tails.
Larry rides his bike 0.5 miles per hour
<em><u>Solution:</u></em>
Given that Larry rides his bike at a rate of 8.8 inches per second
To find: Speed in miles per hour
So we have to convert 8.8 inches per second to miles per hour
<em><u>Use the conversion factor</u></em>
<em><u>Convert 8.8 inches per second to miles per hour</u></em>
Thus Larry rides his bike 0.5 miles per hour
Answer: It's a tie between f(x) and h(x). Both have the same max of y = 3
The highest point shown on the graph of f(x) is at (x,y) = (pi,3). The y value here is y = 3.
For h(x), the max occurs when cosine is at its largest: when cos(x) = 1.
So,
h(x) = 2*cos(x)+1
turns into
h(x) = 2*1+1
h(x) = 2+1
h(x) = 3
showing that h(x) maxes out at y = 3 as well
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Note: g(x) has all of its y values smaller than 0, so there's no way it can have a max y value larger than y = 3. See the attached image to see what this graph would look like if you plotted the 7 points. A parabola seems to form. Note how point D = (-3, -2) is the highest point for g(x). So the max for g(x) is y = -2
