Answer:
Following are the code in javascript
<html>
<body>
<button onclick="countUp()">Try it</button>
<script>
function countUp()
{
var i;
for (i = 0; i <=10; i++)
{
document.write(i)
;
document.write("<br>")
;
}
}
</script>
</body>
</html>
Explanation:
In this program when we click on button " Try it " it call the javascript function countUp( ) which display the value from 1 to 10.
output
1
2
3
4
5
6
7
8
9
10
Answer:
NFC chips
Explanation:
its specifically used to make secure transactions among other things
Answer:
Answer: T(m) =3T (m/2) + 0 (m)
Explanation:
Algo A: Dividing into 3 sub problems and recurring for each with a combining step of linear time
T(m) =3T (m/2) + 0 (m)
Algo B: Dividing into 4sub problems with 1/4 size and solving each quadratic time
T(m) = 4{(m/4)²} + 0(m)
= 0(m)² + 0(m)
T(m) = 0(m²)
Algo C:
T(m) = 27(m/2) + 0(m)
Applying master theorem;
T(m) = a(T(m/b) + f(m)
log₂² = 1
mlogbᵃ = f(m)
Time complexity = 0(m x logm)
Also applying master theorem on Algo A;
m logbᵃ = m log₂³
f(m) = m
mlogbᵃ is greater than f(m)
Time complexity = mlog³₂
Answer: Please find below the answer along with explanation.
Explanation:
For a given communication channel (for instance, a LAN segment using Ethernet ) the Bandwidth refers to the theoretical maximum data rate that the channel can support, for instance, 100 Mbps in a 100Base T network.
The throughput, instead, refers to the actual data rate achieved in a given communications channel, taking into account the different channel impairments.
For instance, in a LAN segment that uses the original Ethernet 802.3 standard (CSMA/CD), a frequent occurrence of collisions can take down the actual data rate from the theoretical 100 Mbps to a very lower figure, i.e., 5 Mbps.