Umm, I guess it really depends on what these numbers are for but what I can say is if you put this under physics then decimals are used very often and help express parts of numbers for this particular problem.And if it's directly between the two then it's 0.50 added to that smaller number,I hope that helps
Answer:
total capacity = 135,168,000,000 bytes
Explanation:
given data
hard disk divided = 1100 sectors
cylinders = 40,000
block holds = 512 bytes
rotating rate = 4800 rpm
consider average seek time = 12 msec
to find out
total capacity of this disk
solution
total capacity of this disk are express as
total capacity = hard disk divided × cylinder block holds × average seek time ÷ 2
put here value we get
total capacity = 1100 × 40000 × 512 × 6
total capacity = 135,168,000,000 bytes
The car's velocity at time <em>t</em> is given by
It comes to a stop when <em>v</em> = 0, which happens when
or after about 13.9 s.
In this time, the car travels a distance <em>x</em> given by
or about 192 m.
In one complete revolution, each tire covers a distance equal to its circumference,
or about 2.14 m.
This means each tire will complete approximately 192/2.14 ≈ 90 revolutions.
Answer:
27 m/s²
Explanation:
Traveling in uniform circular motion will cause a centripetal acceleration, an acceleration towards the center of the circle.
The acceleration of an object in circular motion is defined as a = v²/r.
Let's set the radius to be 5 m, since it is always unchanging. Solving for the velocity using a = 3 m/s² and r = 3 m gives us:
The velocity is 3 m/s when the acceleration is 3 m/s² and the radius of the circular path is 3 m.
Now let's triple the velocity: 3 m/s → 9 m/s.
Let's solve for the acceleration using v = 9 m/s and r = 3 m.
- a = (9)²/3
- a = 81/3
- a = 27
The acceleration is 27 m/s² if you triple your speed.
This makes sense because a is directly proportional to v², meaning that if you triple your speed, you increase the acceleration a by a factor of 3², which is a 9 times increase.
As a sidenote, doubling your speed would increase the acceleration by a factor of 2² - a 4 times increase.
Answer:
Option b
Explanation:
The formula of momentum is 
where p is the momentum , m is the mass in kg and v is the velocity in m/s, so
a) momentum is
b) momentum is
c) momentum is
here since the rock is sitting on top of a hill which means the object is stationary or in other words the object is at rest, which means if an object is at rest the velocity is 0m/s so momentum is zero of a stationary object because
d) momentum is
so the highest momentum is in part b which is 12 so option b is our answer.
