Let's understand the power of iteration and its application.
Did the racial epithet be a vehicle to the total weight of to weaken our capacity is the capacity of
its power source.
That is, I think, are the electric motor.
So to understand the importance of arbitration issue and how it's better with the different condition,
let us consider the case of.
We are already discussing the average particle collision, if we are having the one vehicle, we are
not specifying currently the type of vehicle, but just because we already calculated the power required
for the weight of 150 k.g.
So this power is for the particular performance that we call the acceleration rate and second, to rate
the velocity of 30 kilometers per hour.
So to achieve this performance, average power is required.
Six hundred one.
So we are considering this is the motor power or engine power, whatever you can consider our capacity
and wait, it's 150 k.g.
So when you divide power by weight, what cagy?
The number comes to the fourth of body weight ratio of this weekly, it is very less so.
We'll consider one more case to understand how it's very let's consider the gap year.
We are considering the high performance car.
That means acceleration will be high.
The general weight of the car will be one point five.
Turn around.
You can consider other ways also that I am considering the thousand cagy and I'm considering the performance
that is high performance acceleration that is required six seconds to reach the velocity of hundred
kilometers per hour.
That means very fast acceleration is required.
And for you, this will require the minimum of sixty five km.
What that is lower.
Sixty five thousand.
So this is engine power.
And this is the weight of the God weight of the week.
Remember, the power will depend upon the acquisition factor that Felician higher power will be required.
So they will decide the power.
And so that power efficient will also depend upon the acquisition they had that.
With the power to do the part of it.
Let's calculate for this.
It's gone to the sixty five is the high weight ratio because performance is high now considered the
one more case of the God with the life performance, a low performance, having the same weight of a
thousand k.g.
So in case three, we are closer to the God with the same weight.
But because we are confident exhalations it less that Mr. Ten Seconds required to read the velocity
of 80 km.
But so we compared to previous case yet requirement of performance performance requirement is slightly
less.
So when you calculate the power company less it is twenty five kilowatt of water, power or engine power
is required to achieve this performance for this way.
So now in this case, in this car, weight is same, but our requirement is less.
And power source twenty five kilowatt bodyweight crystal come to twenty five.
This is the typical value, not the actual value of any car, but for to understand how far it is to
change and how would depend upon the acquisition.
So we can see how the power weight ratio models exhibition of weight.
So it does not mean the power of bus will be high, the high rate in high poverty, but a solution is
less.
And if our shoppers will be less than the Garlett cost the one bus yet again, I'm using the one typical
Velu 10000 cagy 10000 Kaiji.
If you consider that then a passenger bus wait very around the approximate done so you can consider
the 2010 110 as their and nine 07 Kaiji.
But for the simplicity I'm using the wrong figure.
One bus and a passenger bus and waitress 10000 Gidgee and I am considering the performance of this bus.
It will take 10 seconds to reach the speed of 60 kilometers.
But I so this is a fair enough performance for the bus and so that it will require the power one thirty
eight kilowatt of engine power or whatever the power source we use.
So if we calculate the borrowing ratio for this month, it will be thirteen point eight.
You can compare it with the previous altricial high performance car, which was 65.
And here are the math.
It is thirteen point eight.
Let's take one more case of bus with the higher weight, every bus, so it is 30000 cagy and the fate
of the performers, it takes 12 seconds to reach the velocity or to you develop to 70 kilometers, but
it takes 12 seconds to return to to the and center.
And if you calculate the power, it comes before seven to one.
So for this power for 32 kilowatt, if we calculate the power to ecclesia, it is still very low.
Fifteen point seven one.
So at last we calculate the ratio of bike.
Let's consider the bike, which is always having the ability to have that with motorcycle.
We consider them a motorcycle with the 250 CGY weight and higher performance.
And in terms of acceleration, acceleration rate is six secon require to rate the speed of 80 kilometers
per.
So for this performance, power requires 10 kilowatts.
So we are having 10 kilowatts of energy or electric motor or the 250 Kaiji motorcycle or bike and bodyweight
ratio will come to 40.
This is also a high powered racer, even with to buzz.
So this is how power weight ratio is calculated and represented.
And in next session we will use the power of education to select the driving cycle and experiment.
And for the safety and efficiency is also so outrageous, the important parameter of the week.