BITS Pilani is great. If you are interested in Biological Sciences, you should go for it.
However, you have not specified other options available to you. You must select, what you think is the best available option to you.
Basicaly solid state electronics is related to the property of semi-conductors like silicon, germanium in pure as well as doped form.
Metals show linear voltage-current characteristics in accordance with the Ohm's law, whereas semi-conductors with different type of doping have different...
Hey, I am able to construct an ellipse.
Using BicycleTree's algorithm for parallel lines we can construct a parallelogram:
Draw a straight line m.
Take two points A and B on the line some distance apart.
Draw a line n through B at any angle to m.
Take a point C on n...
The series expansion of any function can be obtained by Taylor's series expansion:
f(x)=f(a)+(x-a)f'(a)+(x-a)^2f"(a)/2!+(x-a)^3f"'(a)/3!+...
Using the above formula, any function can be expanded in terms of powers of (x-a), provided that all derivatives of f(x) are defined at x=a.
Note...
If Purgum meant that rate is m-n, the differential eqn would be P'(t)=m-n.
However, I think, the data given is incomplete. The rate should be dependent in some way on the number of tumour cells; for example, the growth rate proportional to the no of tumour cells and death rate constant. The...
What do you mean by component form converts it into three vectors???
You want me to show the proof then here it is :
We have 3 vectors A(ax,ay,az), B(bx,by,bz) and C(cx,cy,cz)
Now A.(B+C)=(ax,ay,az).(bx+cx,by+cy,bz+cz)
=ax(bx+cx)+ay(by+cy)+az(bz+cz)...
When you define dot product of two vectors (ax,ay,az) and (bx,by,bz) to be axbx+ayby+azbz, distributivity is implied in the definition itself, because it converts dot product into scalar multiplication of components which is obviously distributive. From this definition, one can easily prove that...
The calculations are just fine. However, the problem I think is that the 9 V battery may not be able to supply 2.56 A.
Why can't you use just two 1.5 V AAA batteries?
You may use the batteries in parallel, if required.
I would like to clear the concept here. Electron flow and current is not exactly the same thing. In every metal, the free electrons are in continuous motion irrespective of whether a potential is applied across it or not. But this motion being highly random, if we consider any cross section of...
Ideally in the absence of non-conservative forces like air resistance, friction, eddy currents, it is possible to bring a magnet into infinite rotational motion regardless of whether it has initial thrust or not.
Though similar, they are not exactly the same thing.
In terms of differentials df=f'(x)dx is true but taking dx= -0.6 is only an approximation. In the true sense a differential can be considered as an infinitesimally small change in the variable.
You might be knowing the Taylor's series...
You agree that work is Fd, right?
Now you know that the same force is required for accelerating from 0 to v and from v to 2v in the same time. But if you consider the distance travelled in a given time, it will be definitely more in the velocity range v to 2v than in 0 to v. So more work is...