The graph below shows the distance, y, in miles, of a bird from its nest for a certain amount of time, x, in minutes:
graph titled distance vs time is shown with time in minutes along the x-axis and distance from nest in miles along the y-axis. the scale on the x-axis shows the numbers 0 to 25 at increments of 5, and the scale on the y-axis shows the numbers 1 to 8 at increments of 1. a straight line joins the ordered pairs 0, 3 and 5, 4 and 10, 5 and 15, 6 and 20, 7.
based on the graph, what is the initial value of the graph and what does it represent?
3 miles per minute; it represents the speed of the bird
0.2 mile per minute; it represents the speed of the bird
0.2 mile; it represents the original distance of the bird from its nest
3 miles; it represents the original distance of the bird from its nest
yes, you can find the area and circumference of a circle given the radius or diameter.
to find the diameter of the circle when given the circumference, you would divide the circumference by pi or 3.14. to find the radius, you would then just divide the diameter by 2.
hope i have a wonderful
to start, let's find the distance between a and b when they both start moving. this is two hours after the car starts moving, and that is 2*60=120 miles. there are 620 miles total, so they are 500 miles apart when they both start moving. notice that they are moving in opoposite directions, so every hour they will get 60+40=100 miles closer to each other, so it will take 500/100=5 hours to meet. to find the distance from city a, we need to find how far the car moved, which is just 2+5=7 hours times 60 mph or 420 miles away from city a.
to start, let's find the value of x as it gets closer to 0 from the positive side (we are working on the first example). to start, when x is 1, we have sin(2) - 2. this is approximately -1.965. now, plugging in 2, we get (sin(4)-4)/8. this is -0.491. now, we plug in 1/2 to get 8sin(1) - 8. this is approximately -7.86. plugging in something like 1/1000, we will get -1965. notice that there is no limit to it, so the answer is negative infinity, or dne (idk)
we have to move the graph 3 units up.
the equation of the new graph is
y = x^3 + 3