Answer:
One difference between a Simple Gear train with Same Size Gears and Simple Gear Train with Different Size Gears is the that the number of rotations of both shafts in the Simple Gear Train with Same Size Gears is the same the number of rotations of both shafts in the simple Gear Train with Different Size Gears are different
Explanation:
A simple gear train is one in which each shaft has only one shaft, and the motion of one shaft in transmitted to the other when the gears are in contact
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Your answer is C or $80
When averaging the costs of credit hours at public and private community colleges and four-year institutions, the median cost for a three-hour class in 2017 was $1,782. Conversely, each CLEP exam costs $85.
When working with a large worksheet, you can split the window into two or four panes.
Answer:
#include <iostream>
#include <string>
#include <stack>
#include <math.h>
using namespace std;
int main() {
string s;
double n=0;
int position=0;
stack<int> wholeNumbers;
cout<<"Enter a decimal number:";
cin>>s;
string::iterator counter = s.begin();
while(*counter!='.' && counter!=s.end()){
wholeNumbers.push(*counter-48);
counter++;
position=position+1;
}
for(int i=0;i<position;i++){
n=n+(wholeNumbers.top()*pow(10,i));
wholeNumbers.pop();
}
position=-1;
if(counter!=s.end()){
counter++;
}
while(counter!=s.end()){
n=n+((*counter-48)*pow(10,position));
position=position-1;
counter++;
}
cout<<n;
}
Explanation:
- Inside the while loop, push the push a number to the wholeNumbers stack by subtracting it with 48.
- Increment the counter and position variable by 1 inside the while loop.
- Count the number of digit, push each digit to top of stack and find the end of the number,
- Run a for loop up to the value of position variable and pop a value from the wholeNumbers stack.
