Answer:
Well, I guess you could use a special representation of the function through a sum of terms, also known as Taylor Series.
It is, basically, what happens in your pocket calculator when you evaluate, for example,
sin
(
30
°
)
.
Your calculator does this:
sin
(
θ
)
=
θ
−
θ
3
3
!
+
θ
5
5
!
−
...
where
θ
must be in RADIANS.
In theory you should add infinite terms but, depending upon the accuracy required, you can normally stop at three terms.
In our case we have:
θ
=
π
6
=
3.14
6
=
0.523
and:
sin
(
π
6
)
=
sin
(
0.523
)
=
0.523
−
0.024
+
3.26
⋅
10
−
4
−
...
=
0.499
≈
0.5
Explanation:
Answer:
ben bilanciato e reattivo.
(di un pilota o di un aeromobile) vietato o impedito di volare.
Explanation:
1. .com .org .edu those have a big part because .com is profit and .org is non profit.
2. It shows who wrote it
3. It shows a bio of who wrote it (So you know their actually qualified)
4. And it has sources to back up for what they say.
Answer:
here is code in C++.
#include <bits/stdc++.h>
using namespace std;
int main()
{
// variables to store number of each video
int new_video,old_video;
double total_charge;
cout<<"Please enter number of new video:";
// read number of new video
cin>>new_video;
cout<<"Please enter number of old video:";
// read number of old video
cin>>old_video;
// total change
total_charge=(3.0*new_video)+(2.0*old_video);
cout<<"total cost is: "<<total_charge<<endl;
return 0;
}
Explanation:
Declare two variables "new_video" and "old_video" to store the number of each type of video.Read the value of both from user.Then calculate total charge by multiply 3.0 to number of new video & 2.0 to number of old video and add both of them. This will be the total charge.
Output:
Please enter number of new video:4
Please enter number of old video:6
total cost is: 24
