Answer:
G = 6.673e-11
M = 5.98e24
accel_gravity = 0.0
dist_center = float(input())
accel_gravity = (G * M) / (dist_center * dist_center)
print('Acceleration of gravity: {: .2f}'.format(accel_gravity))
Explanation:
The G, M, and accel_gravity are already initialized
The user is asked to enter the dist_center which is the only missing thing in the formula
In order to calculate the accel_gravity, you just need to put the variables in the formula (Note that the formula is (G*M)/(d^2), not d)
Then, the calculated value of accel_gravity is printed
Answer:
The DIC (Driver Information Center) is the information center
Explanation:
Scanning the road means that the road has to looked and analyzed for traffic jams, the cars that are coming close together and how fast the driver is driving etc, to keep ourselves safe from accidents.
If the driver is not scanning the road, then DIC will help the driver to find lots of useful information which keeps himself as well as the peer drivers on the road safe and thus avoiding accidents where by saving lives and heavy injury.
DIC will have Traffic details, navigation, entertainments, traffic signs, etc.
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Answer:
310 ns
Explanation:
Given that
TLB hit ratio = 90%
TLB hit ratio = 90/100
TLB hit ratio = 0.9
Time needed to access TLB = 15 ns
Time needed to access main Memory = 85 ns
Effective memory access time = ?.
The formula for finding the effective memory access time is given by
The effective memory access time = [TLB Hit ratio (main memory access time + required time to access TLB) + [2 * (main memory access time + required time to access TLB)] * (2 - TLB hit ratio)]
On substituting the values given in the question to the equation, we have
The effective memory access time = [0.9 (85 + 15) + [2 * (85 + 15)] * (2 - 0.90)]
The effective memory access time =
[(0.9 * 100) + (2 * 100) * 1.1]
The effective memory access time =
(90 + (200 * 1.1))
The effective memory access time =
90 + 220
The effective memory access time =
310 ns
