SCILAB:
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1. To find resistance using Ohm's Law. Click Here
2. To verify Hooke's law of elasticity. Click Here
3. To find area of a circle. Click Here
4. To find area of a square. Click Here
5. To find volume of a sphere. Click Here
6. To find current in a LR circuit. Click Here
7. To find current in a RC circuit. Click Here
8. To find current in a LCR circuit. Click Here
9. To find eigen value of a matrix. Click Here
10. To find the determinant of a given matrix. Click Here
11. To find inverse of a matrix. Click Here
12. To solve the differential equation dy/dx=-x with x(0)=0. y(0)=-2 from x=0 to 10
with interval =1. Click Here
13. To solve the differential equation dy/dx=x+y, with x(0)=0. y(0)=1 from x=0 to 10
with interval h=1. Click Here
14. To find the spring constant 'k' from Hooke's Law when mass & time period are given. Click Here
15. To evaluate & plot Bessel function in scilab. Click Here
16. To evaluate & plot Legendre Polynomial in scilab. Click Here
1. To find resistance using Ohm's Law. Click Here
2. To verify Hooke's law of elasticity. Click Here
3. To find area of a circle. Click Here
4. To find area of a square. Click Here
5. To find volume of a sphere. Click Here
6. To find current in a LR circuit. Click Here
For online classes & notes, Contact: quantaphysics3@gmail.com
Join Telegram: quantaphysics.com
Subscribe Youtube: BS quantaphysics
7. To find current in a RC circuit. Click Here
8. To find current in a LCR circuit. Click Here
9. To find eigen value of a matrix. Click Here
10. To find the determinant of a given matrix. Click Here
11. To find inverse of a matrix. Click Here
12. To solve the differential equation dy/dx=-x with x(0)=0. y(0)=-2 from x=0 to 10
with interval =1. Click Here
13. To solve the differential equation dy/dx=x+y, with x(0)=0. y(0)=1 from x=0 to 10
with interval h=1. Click Here
14. To find the spring constant 'k' from Hooke's Law when mass & time period are given. Click Here
15. To evaluate & plot Bessel function in scilab. Click Here
16. To evaluate & plot Legendre Polynomial in scilab. Click Here
17. Nweton's Law of Cooling in scilab. CLICK
18. To solve differential equation using Euler's Method. CLICK
For online classes & notes, Contact: quantaphysics3@gmail.com
Join Telegram: quantaphysics.com
Subscribe Youtube: BS quantaphysics
Model syllabus (+3): Downoad
List of all practicals: Download
Get all Books: Download
For online classes & notes, Contact: quantaphysics3@gmail.com
Join Telegram: quantaphysics.com
Subscribe Youtube: BS quantaphysics
Model syllabus (+3): Downoad
List of all Practical: Download
Get all Books: Download
- How to Prepare for IIT-JAM ⇠ ⇠ Click Here
- How to prepare for JEST ⇠ ⇠ Click Here
For online classes & notes, Contact: quantaphysics3@gmail.com Join Telegram: quantaphysics.com Subscribe Youtube: BS quantaphysics NOTES:For online classes & notes, Contact: quantaphysics3@gmail.com Join Telegram: quantaphysics.com Subscribe Youtube: BS quantaphysics
- How to Prepare for IIT-JAM ⇠ ⇠ Click Here
- How to prepare for JEST ⇠ ⇠ Click Here
For online classes & notes, Contact: quantaphysics3@gmail.com
Join Telegram: quantaphysics.com
Subscribe Youtube: BS quantaphysics
NOTES:
For online classes & notes, Contact: quantaphysics3@gmail.com
Join Telegram: quantaphysics.com
Subscribe Youtube: BS quantaphysics
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