Since the 3 lamps are connected in series, their equivalent resistance is equal to the sum of the three resistors:
And the total current flowing in the circuit can be calculated by using Ohm's law:
where V is the voltage of the battery. By using V=3 V, we find
Answer:
68 meters moved in the next seconds
Explanation:
Given
Required
Distance covered by the car in the next second
At a point in time t, the current distance is calculated as:
Substitute values for a and u in the above equation.
Next, we generate the second degree Taylor polynomial as follows;
Calculate velocity (s'(t))
Differentiate s(t) to get velocity
Calculate acceleration (s"(t))
Differentiate s'(t) to get acceleration
When t = 0
We have:
So, the second degree tailor series is:
To see the distance moved in the next second, we set t to 1
So, we have:
Solving s(1), s'(1) and s"(1)
We have:
Hence:
<span>BAKING A CAKE </span>
Chemical
change is a process where a current substance changes or is made into a new
type of substance. Unlike the physical change, which is reversible. Chemical change stays into a its new form. Take for
instance these -physical change- examples, making ice cubes. The process involves solidification or freezing
where the water becomes ice or solid but when it melts back to its original or typical
form with respect to temperature, it’s still water. When the paper is cut into
pieces it isn’t burned or exposed to a stimuli that can trigger immediate
change in its composition. It’s still the same. On the contrary, baking a cake involves
these different compositions or substances –flour, egg, yeast and etc. that is
baked to a cake, a newly formed unified substance of all the included
ingredients.
The answer is oscilloscope