Answer:
12353 V m⁻¹ = 12.4 kV m⁻¹
Explanation:
Electric field between the plates of the parallel plate capacitor depends on the potential difference across the plates and their distance of separation.Potential difference across the plates V over the distance between the plates gives the electric field between the plates. Potential difference is the amount of work done per unit charge and is given here as 21 V. Electric field is the voltage over distance.
E = V ÷ d = 21 ÷ 0.0017 = 12353 V m⁻¹
Answer:
you can simply answer p1v1=p2v2 p2 = p1v1÷ p2 then inter what given in the formula you get it pl=1.20x 105pa vl= 0.40m3 v2=0.025m3
Twice the distance to double an impact
Answer:
a. Cylinder head
b. Exhaust valve
c. Engine block
d. Stroke
e. Piston
f. Intake valve
g. Cylinder
h. Combustion chamber
i. Crankshaft
j. Spark plug
Explanation:
If you don’t believe me, look up a diagram of an internal combustion engine.
