The answer is an RFID tag. Its a device capable of sending short-range signals, therefore making it capable of sending identifying information to a receiver placed close to the tag.
Answer:
Option D, Transmission control protocol/Internet protocol
Explanation:
Transmission control protocol/Internet protocol is a communication protocol through which files are transferred from the server to the client's system via computer network.
On the internet, It interconnects the network devices and also serve as a communications protocol in a private computer network
Hence, option D is correct
Answer:
A vulnerability level of ZERO can never be obtained since all countermeasures have vulnerabilities themselves. For this reason, vulnerability can never be zero, and thus risk can never be totally eliminated.
Explanation:
also we need to be protected from scams and stuff
Answer: provided in the explanation segment
Explanation:
taking a step by step process for this, we will analyze this problem,
we have that the Word size = 8 bytes
Cache size = 128 KB = 128×2¹⁰ bytes = 2¹⁷ bytes
(a). we are asked to cal for fully associative mapping with line size of 4 words.
- fully associative mapping with line size of 4 words = 4 × 8 = 32 bytes
- offset = log₂³² = 5 bit
- tag = 32 - (5+0) = 27 bit
- index bit = 0
(b). Direct mapping with the line size of 8 words:
- here the line size = 8×8 = 64 bytes
- no of lines = 2¹⁷/2⁶ = 2¹¹ lines
- offset = log ₂(2⁶) = 6 bit
- index = log ₂(2¹¹) = 11 bit
- tag = 32 - (5 +11) = 15 bit
(c). 2-way set associated mapping with the line size of 1 word:
- no of lines = 2¹⁷/2³ = 2¹⁴ lines
- offset = log₂(2³) = 3 bit
- no of sets = 2¹⁴/2 = 2¹³ sets
- index = log₂(2¹³) = 13 bit
- tag = 32 - (3+13) = 16 bit
(d). 8-way set associated mapping with the line size of 2 words:
8-way set associated mapping with the line size of 2 = 2*8 = 16 bytes
- no of lines = 2¹⁷/2⁴ = 2¹³ lines
- no of sets = 2¹³/2³ = 2¹⁰ sets
- offset = log₂¹⁶ = 4 bit
- index = log ₂(2¹⁰) = 10 bit
- tag = 32 - (4+10) = 18 bit
cheers i hope this helps!!!!
Answer:
Public Class Form1
Private Sub Button1_Click(sender As Object, e As EventArgs) Handles Button1.Click
Dim sum, product, num1, num2 As Integer
num1 = Val(TextBox1.Text)
num2 = Val(TextBox2.Text)
sum = num1 + num2
product = num1 * num2
TextBox3.Text = sum
TextBox4.Text = product
End Sub
End Class
- Explanation:
- The solution is implemented in Visual Basic Programming Language
- Two textboxes are created to receive the user's input and two textboxes for displaying sum and product respectively
- Each of these controls are appropriately labeled (See the attached GUI interface)
- The Sum is calculated by adding the values from textbox1 and 2
- The product is calculated by multiplying both