Answer:
The first one is usb-c, the second is mini-usb, the third is micro-usb.
Explanation:
Answer:
Swapping two numbers means exchange the values of two variables with each other.
Answer:
PRINT "Values for Principal (P), Rate (A) and Time (T)"
INPUT P, A, T
I = P * A * T/100
Amount = P + I
PRINT "Interest: ", I
PRINT "Amount: ", Amount
Explanation:
This prompts the user for values for Principal, Rate and Time
PRINT "Values for Principal (P), Rate (A) and Time (T)"
This gets values for Principal (P), Rate (R) and Time (T)
INPUT P, A, T
This calculates the interest (I)
I = P * A * T/100
This calculates the amount (A)
Amount = P + I
This prints the interest (I)
PRINT "Interest: ", I
This prints the amount (A)
PRINT "Amount: ", Amount
Answer:
Semaphores carries the signal between the task and interrupts that does not carry any type of additional data in the embedded system. A semaphore is used as synchronization object and helps in maintain the value between zero and the specific higher value.
It basically reduced the value each time and complete the semaphore object in the embedded system. Binary semaphores is the main type of semaphore that invoke activation of the task.
Answer:
The given statement is True
Explanation:
Since, a bit pattern is a bit sequence, basically, data which as such has no intrinsic meaning.
Bit pattern is a bit sequence or sequentially arranged binary digits.
It is used to describe bit sequence in communication channels, memory or some other device.
Bit patterns are used to represent instructions, floating point numbers, signed/unsigned integers.
