Answer:
The area at time t is given by
Step-by-step explanation:
We know the radius of the oil spill as a function of time, and we know the area
as a function of radius, and we want the area at time t. In other words we are looking for area as a function of time
We find by putting
into
as a substitute to r:
Which is our answer.
To find the composite function for the area of the oil spill over time, replace 'r' in A(r) = πr2 with the function r(t). The function becomes A(t) = π(0.5 + 2t)2.
In order to find the function that represents the area of the oil spill over time, we need to write a composite function. This means we plug the function r(t) into A(r). Since r(t) = 0.5 + 2t, you can replace every instance of 'r' in A(r) = πr2 with (0.5 + 2t) to get the area as a function of time 't'. So, the composite function becomes A(t) = π(0.5 + 2t)2. Now we have a composite function that represents the area of the oil spill, denoted by A(t), as a function of time. The function is: A(t) = π(0.5 + 2t)2.
#SPJ12
B.30
C.80
D.480
need the answer asap
Answer:
B
Step-by-step explanation:
Putting x=5 in the above eq
y=2(5)^2-4(5)
y=2(25)-20
y=50-20
y=30
Answer:i literally have no clue humy
Step-by-step explanation:
this is bull i got to get the f out of here
Possible Answer:
The base of a right triangle is shorter then the hypotenuse due to the diagnal of the line being the longest line we can conclude that 5 is the Hypotenuse (C). That would mean that the longest line thats not the hypotenuse(4) is B and the shortest line(3) is A.
Possible Answer Two:
Since the hypotenuse is the longest line in a right triangle we can conclude its length is 5 and the base is 4 and the side length is 3.
Answer:
Step-by-step explanation:
πd = 25 inches
= 8.0 inches
Answer:
Step-by-step explanation:
Circumference= 25 inches
Circumference of the circular stone=
As,
Putting the values in the formula:
As,
Answer:
The best could describe Anita's race from minute 3 to minute 5, She was standing, not moving, she could have been in an accident.
Step-by-step explanation:
See the attached figure.
As shown in the figure, we can note that the distance from minute 3 to minute 5 is constant which is equal to the distance at minute 3.
So, the average distance from minute 3 to minute 5 will be zero and hence the speed of Anita will be zero
So, From minute 3 to minute 5, She was standing, not moving.
Note: speed of Anita from minute 3 to minute 5
= ( distance difference) / (time difference) = zero / (5-3) = 0/2 = 0
To describe the race from minute 3 to 5, analyze the graph paying attention to the x and y axis and the slope of the curve. A straight line suggests constant speed, an upward line implies acceleration, and a downward line denotes deceleration.
To describe Anita's race from minute 3 to minute 5, we need to analyze the provided graph which depicts the distance from the start as a function of time for both racers. In this case, we do not have the actual graph so it's important that when you are presented with a graph you pay attention to the
x and y axis
, which in this instance are time and distance. It's vital to also look at the slope of the curve during those minutes 3 to 5 for Anita. If it's a straight line, it means Anita was biking at a
constant speed
. If the line is going upward, Anita was accelerating, and if the line is going downward, she was decelerating. Without the graph itself, it's hard to provide a definitive answer. But the basic method of reading the graph will help you understand the function of time and distance in the context of a race.
Well, first things first!
1 ton=2,000 pounds
So, you need 6 tons, right?
Now, all you got to do is simply do 2,000*6
Last but not least, you will get 12,000 pounds.
I hope this helps:)
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THANK YOU SO MUCH!