Answer:
function moves(a) {
var left = 0;
var right = a.length-1;
var count = 0;
while (left < right) {
if(a[left] % 2 == 0) {
left++;
continue;
}
if(a[right] % 2 == 1) {
right--;
continue;
}
var temp = a[left];
a[left] = a[right];
a[right] = temp;
left++;
right--;
count++;
}
return count;
}
var a = [4,13,10,21,20];
console.log('Number of moves: ' + moves(a));
console.log('Sorted array: ' + a);
Explanation:
Answer:
A. !=
Explanation:
== Means equal, != is like a block of that, meaning NOT EQUAL
So here is the code in Python:
n = 0.00 #this is a float because there are some numbers that are decimals.
while n < 20: #n which is 0.00 and while it is lower than 20 if runs the code below
n = n + 1 #it will add 1 to n everything it runs the code.
k = n / 2 #it will divide whatever n is everytime by 2
print(str(n) + '/2: ') # it's printing the number it's on
print(k) # prints the answer for the n.
You can change n to add by any, make n any num instead of 0.00 and you can change the while condition from n < 20 to any other logical statement. If you want to get creative you can take 2 inputs for numbers and make one of them the starting number and other one is the ending number. Also make sure to make n a number lower than you starting point because if you set n as your starting point then it will skip it.
Answer:

Explanation:
In MATLAB, the following command:

Performs the element by elemet division of A and B. This comand is called Right-array division.
So, in your case, we could divide A by B element by element, only using fully-vectorised code (ie. no loops), with the following code:
;
C would be the element by element division of A and B, with no loops.
The relation between Power, Current and Voltage is given as:
P = V i
where P is Power in Watts,
V is Voltage in Volts,
and i is Current in Ampere.
We are given:
Power = 150 milliwatts = 0.15 Watts
(as 1 milliwatt = 0.001 Watts)
Voltage = 1.5 volts
and we need to find the current.
Hence using above equation:
P = V i
i = 
i = 
i= 0.1 Ampere
Answer:
The current used is 0.1 Ampere