Answer:4073 cubic feet
Step-by-step explanation:
VOLUME OF A CYLINDER
V=Πr²h
radius = diameter/2 =18/2 =9ft
V= 22/7 × 9² × 16
=28512/7
=4073.14
V= 4073 cubic feet to the nearest tenth
Hi rainy here !!! so lets see lets set up your problem like this
X/1280 = 60%/100 so lets cross multiply
100 times X =100X
60 times 1280 = 76800
100X=76800 now lets divide each side by 100
100 divided by 100 = 0
76800 divided by 100 = 768
X=768
So now we have to subtract to get the total amount so 1280 minus 768 = 512
512 is your answer :)
Hope I helped if u have any questions on how I did your problem feel free to message me or comment on my page bye !!!
Love ~Rainy~
Intercept of equation 2x + 3y - 6z = 30 is (15, 0, 0) , (0, 10, 0) and (0, 0, -5)
Given equation is:
2x + 3y - 6z = 30
We have to find the intercepts
Intercept are the point where equations cut the x- axis, y- axis and z- axis.
Thus, at x- axis:
y and z both are zero
So substitute y = 0 and z = 0 in given equation
2x + 3(0) - 6(0) = 30
2x = 30
x = 15
Thus at y - axis:
x and z both are zero
So substitute x = 0 and z = 0 in given equation
2(0) + 3y -6(0) = 30
0 + 3y + 0 = 30
3y = 30
y = 10
Thus at z - axis:
x and y are both zero
So substitute x = 0 and y = 0 in given equation
2(0) + 3(0) - 6z = 30
-6z = 30
z = -5
Thus, intercept of equation 2x + 3y - 6z = 30 is (15,0,0) ,(0,10,0) and (0,0,-5)
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.