Answer:
The External Data Bus is used to transport binary data and Address bus is used to transport memory addresses.
Explanation:
- External Data Bus is a combination of data bus and external bus. Data bus is used to carry data and instructions between two or more components in the system e.g. CPU and all other computer components.
- External bus is also called expansion bus. It is used to connect external components to the computer. Its a communication medium between CPU and other components. These components can be peripheral device like USB or flash memory.
- So External Data Bus is used to transport data between CPU and external components. It is a primary communication pathway for data in a computer. The external data components are connected to this bus and the instruction or data on this bus is available to all external components. But the data communication is slower as compared to that of internal bus.
- Address Bus carries physical location or address of data and transports memory addresses. Processor uses address bus when it wants to read data from memory or write data to the memory by sending a read/write signal by placing the read/write address of the specific memory location on the address bus.
Answer:
When working with cloud computing, drive failures and need for usage and data is easily identifiable, so in short term, all of the things that show the user/s what needs to be done is the characteristic.
Explanation:
Answer:
Explanation:
Let's do this in Python. We know that the formula for the centripetal force caused by whirling the mass is:
where v is the speed (1, 10, 20, 40) and r = 3 m is the rope length.
Then we can use for loop to try calculating the tension force of each speed
def maximum_speed(m):
for speed in [1, 10, 20, 40]:
tension_force = m*speed^2/3
if tension_force > 60:
return speed
return speed
Answer:
The answers is B
Explanation:
In order for the architect to meet the following requirements;
# A custom Loan object requires Org-Wide Defaults set to Private.
# The owner of the Loan record will be the Loan Origination Officer.
# The Loan record must be shared with a specific Underwriter on a loan-by-loan basis.
# The Underwriters should only see the Loan records for which they are assigned.
The architect should recommend
(B.) Creating a lookup relationship from the Loan object to the User object. Use a trigger on the Loan object to create the corresponding record in the Loan_share object
