Answer:
6%($1,200) 0.06($1,200) 3/50($1,200)
Explanation:
hope this helps sorry if i am wrong
have a nice day
Answer: Step 2: Go to the font command group
Step 3: click on the text highlight color button
Step 4: Click on the color
Explanation:
Answer:
Check the explanation
Explanation:
Selecting the bio-metric technique fingerprint, it requires a scanner to read the fingerprint The cost for a scanner is in between 1000 and 5000 Placing two scanners at two entrance of office win cost bellow 10,000 So the cost needed for this technique is medium as compared with other bio-metric techniques
Attacks on this technique can be in saner, channel from scanner to feature extractor, in feature extractor, way in between feature extractor and marcher, in marcher, in database etc this attacks can be protect by using security methods such as cryptography, hashing, watermarking, noses etc
By using watermarking, cryptography and stenography methods, fingerprint has less false detection rate I e it gives high accuracy
I recommend fingerprint technique. Because of it is a standard technique, it has good accuracy and cost is less, and easy to handle, and it is taking small storage space in database.
Kindly check the attached image below.
Answer:
Below is code written in a free CAS (WxMaxima):
The above code creates the probability of 19 or more brown in the sample of 48 for population sizes from 5*19 to 10000 in steps of 5.
Here’s a plot of that data:
The horizontal blue line is the probability for an infinite population size (or, choosing each of the 48 M&Ms with replacement, which I infer is not what you meant). It is calculated using the binomial cdf:
The red curve approaches the blue line asymptotically as the population gets larger.
At population 10000, the red curve is
.
Solution :
a.
public Book(
, String author,
, int
) {
this.
=
;
this.
=
;
this.
=
;
this.
=
;
b).
getTitle() {
return
;
}
setTitle(
) {
this.
=
;
}
getAuthor() {
return author;
}
setAuthor(String author) {
this.
=
;
}
getPublisher() {
return
;
}
setPublisher(String
) {
this.
=
;
}
public int get
() {
return
;
}
set
(int
) {
this.
=
;
}