Questions
Use the Pohlig-Hellman algorithm to solve 19x ≡ 184 (mod 337) for x. Write out at...

Use the Pohlig-Hellman algorithm to solve 19x ≡ 184 (mod 337) for x. Write out at least one successive squaring in detail, and at least one instance of the Chinese Remainder Theorem.

In: Advanced Math

Managers are motivated to accomplish objectives if they feel that their efforts will be fairly evaluated....

Managers are motivated to accomplish objectives if they feel that their efforts will be fairly evaluated. Discuss in detail why an organization may use different bases for evaluating the performance of managers of different types of responsibility centers.

In: Accounting

Suppose that a deck of 52 cards contains 26 red cards and 26 black cards. Say...

Suppose that a deck of 52 cards contains 26 red cards and 26 black cards. Say we use the 52 cards to randomly distribute 13 cards each among two players (2 players receive 13 cards each). a. How many ways are there to pass out 13 cards to each of the two players? b. What is the probability that player 1 will receive 13 cards of one color and player 2 receive 13 cards of the other color?

In: Statistics and Probability

Suppose that a deck of 52 cards contains 26 red cards and 26 black cards. Say...

Suppose that a deck of 52 cards contains 26 red cards and 26 black cards. Say we use the 52 cards to randomly distribute 13 cards each among two players (2 players receive 13 card each).

a. How many ways are there to pass out 13 cards to each of the two players?

b. What is the probability that player 1 will receive 13 cards of one color and player 2 receive 13 cards of the other color?

In: Math

a)Describe how a Confidence Interval might be better piece of information to report from a study...

a)Describe how a Confidence Interval might be better piece of information to report from a study than a hypothesis test

b)If we want to use the Margin of Error to set a meaningful real world threshold to consider an effect significant, give an example how you can use Margin of Error to determine the sample size  

c)Explain why it is not correct to state that there is a 95% chance that the population mean lies within the interval.

In: Statistics and Probability

Operating system : Concurrent processes P0 and P1 use the following C-codes to access a critical...

Operating system :
Concurrent processes P0 and P1 use the following C-codes to access a critical section CS:

Void p0() / / process P0

{

while (TURE){

Flag[0]=TURE; turn=1;

While (flag[1]&&(turn==1))

Critical section;

Flag[0]=FALSE;

} }


Void p1() / / process P1

{

while (TURE){

Flag[1]=TURE; turn=0;

While (flag[0]&&(turn==0))

Critical Section (CS);

Flag[1]=FALSE;

} }

where the initial values for the shared variables are:

boolean flag[2] ;

int turn=0;

flag[0]=false; flag[1]=false;


The above implementation of P0 and P1 guarantees ()


A) both mutual exclusion for CS access and bounded-waiting for entry to CS

B) neither mutual exclusion for CS access, nor bounded-waiting (non-starvation) for entry to CS

C) mutual exclusion for CS access, but not bounded-waiting for entry to CS

D) bounded-waiting for entry to CS, but not mutual exclusion for CS access



please provide explanation for your answer.

please only answer id you are sure of the answer thank you.

In: Computer Science

Operating system : Concurrent processes P0 and P1 use the following C-codes to access a critical...

Operating system :
Concurrent processes P0 and P1 use the following C-codes to access a critical section CS:

Void p0() / / process P0

{

while (TURE){

Flag[0]=TURE; turn=1;

While (flag[1]&&(turn==1))

Critical section;

Flag[0]=FALSE;

} }


Void p1() / / process P1

{

while (TURE){

Flag[1]=TURE; turn=0;

While (flag[0]&&(turn==0))

Critical Section (CS);

Flag[1]=FALSE;

} }

where the initial values for the shared variables are:

boolean flag[2] ;

int turn=0;

flag[0]=false; flag[1]=false;


The above implementation of P0 and P1 guarantees ()


A) both mutual exclusion for CS access and bounded-waiting for entry to CS

B) neither mutual exclusion for CS access, nor bounded-waiting (non-starvation) for entry to CS

C) mutual exclusion for CS access, but not bounded-waiting for entry to CS

D) bounded-waiting for entry to CS, but not mutual exclusion for CS access



please provide explanation for your answer.

please only answer id you are sure of the answer thank you.

In: Computer Science

Fert Berfel is a very naive individual who sets out to take current readings with an...

Fert Berfel is a very naive individual who sets out to take current readings with an ammeter as one would take voltage readings: by simply touching the probes to two locations. The circuit involved is very simple. A red wire goes from the + terminal of a battery to one terminal of a light bulb. A black wire goes from the other terminal of the bulb back to the – terminal of the battery. First he touches the probes to opposite ends of the red wire. What reading does he get? Now he touches the two terminals of the bulb. What reading does he get? Assuming he now goes and buys a new ammeter to replace the one he destroyed, how should he read the current in the red wire?

In: Physics

5. In cattle, polled (absence of horns) expresses complete dominance over horned and roan is the...

5. In cattle, polled (absence of horns) expresses complete dominance over horned and roan is the result of the heterozygous condition of the genes for red and white coat color. (Red and white alleles express co-dominance) Assume both traits are on separate pairs of autosomes.

a) What proportion of the offspring of a roan heterozygous polled bull and a roan horned cow would be predicted to be roan and horned?

In: Biology

Capillary number is proportional to { (viscous force) / (surface tension force) } and is used...

Capillary number is proportional to { (viscous force) / (surface tension force) } and is used in momentum transfer in general and atomization and 2-phase flow in beds of solids calculations in particular. It is equivalent to (We/Re).

___________ Which is the friction factor for ReD = 600 and e/D = 0.002 in pipe flow?

___________ What is the friction factor for ReD= 3 x 105 and D/e = 5000 in pipe flow?

In: Mechanical Engineering