Answer:
(a)The position of the particle after a time t is
(b)The position of the particle after a time t is
Step-by-step explanation:
We know that, the first order derivative of the position of an object is the velocity of the object.
(a)
Given that, the velocity of a particle moving in straight line is
Integrating both sides
[ c is an arbitrary]
The position of the particle after a time t is
(b)
Given that S= 3 at time t=0
The position of the particle after a time t is
Answer:
Step-by-step explanation:
r = Radius of sphere = Radius of basketball = 4 inches
h = Height of cylinder = 8 inches
Volume of unoccupied space will be the difference in volume between the cylinder and the basketball
Unoccupied volume in the container is .
Answer:
x = 3
Step-by-step explanation:
The y value is 8.
That means that x = 3
2 * 2 * 2 = 8
Start with the given expression:
.
Simplify by grouping like terms:
Isolate variable terms:
Solve for x:
Therefor the expression holds for integers less than or equal to 14.
As a check:
TRUE
and:
FALSE
The only choice that fits is
A.
The answer is C). no correlation