Answer:
console.log(Animal);
Explanation:
The statement written above prints the array Animal which contains objects.There are two to three ways to print the array Animal in javascript. One of the method is written in the answer it prints the arrays in the console of the browser.
You can go to the console by pressing F12 and then clicking on the console.
Other methods to print are
- Simple write Animal after defining the array.
- Use alert.
- document.write()
This delay in routers is what we called Packetization delay
or also called Accumulation delay. Packetization delay is the time required for
the information to pass on the wires. The data rate of the links that passes
thru the wires cause the delay.
<span>Not a valid IPv6 address
A valid IPv6 address consist of 8 groups of 4 hexadecimal numbers separated by colons ":". But that can make for a rather long address of 39 characters. So you're allowed to abbreviate an IPv6 address by getting rid of superfluous zeros. The superfluous zeros are leading zeros in each group of 4 digits, but you have to leave at least one digit in each group. The final elimination of 1 or more groups of all zeros is to use a double colon "::" to replace one or more groups of all zeros. But you can only do that once. Otherwise, it results in an ambiguous IP address. For the example of 2001:1d5::30a::1, there are two such omissions, meaning that the address can be any of
2001:1d5:0:30a:0:0:0:1
2001:1d5:0:0:30a:0:0:1
2001:1d5:0:0:0:30a:0:1
And since you can't determine which it is, it's not a valid IP address.</span>
Answer:
INPUT
Explanation:
EXAMPLE PYTHON CODE
_______________________________________________________
INPUT CODE:
_______________________________________________________
foo = input('foo: ')#Have some text printed before the input field
bar = foo
print(bar)
_______________________________________________________
OUTPUT CODE:
_______________________________________________________
foo: Hello World!
Hello World!
>>> bar
'Hello World!'
>>>foo
'Hello World!'
Answer:
A dynamic model accounts for time-dependent changes in the state of the system,
while a static model calculates the system in equilibrium, and thus is time-invariant.
Dynamic models typically are represented by differential equations or difference equations
