Answer:
For x>0
-x < 0
0-x < 0 +0 = 0
So 0-x < 0
10(0-x) < 10*0
10(0-x) < 0
10(-x) <0
Step-by-step explanation:
First of all, let's calculate the the circumference. This is found by this equation:
The distance of completing 5 full rotations is:
In one second the particle traveled:
Since the particle traveled for 2 more seconds and stopped, this distance is:
Finally, the length of the total distance the particle traveled is:
Answer:
We will find the number of antibodies by integrating the function:
∫
f
0
f
′
(
t
)
=
∫
60
0
27
t
8
t
2
+
3
d
t
Integrating both sides we get:
f
=
27
16
ln
(
8
t
2
+
3
)
Now let us plug-in the bounds we get:
Step-by-step explanation:
The answer is c because 2,0 can make the perfect circumscription
Answer:
11.8 m
Step-by-step explanation:
Volume = pi×r²×h
95 = pi×1.6²×h
h = 95/(pi×1.6²)
h = 11.8122809326
h = 11.8 m (nearest tenth)