Answer:
yes its really easy but what to do in this ??
Answer:
The answer to your question is:
Explanation:
A) A metal that lost three electrons Z³⁺
B) A nonmetal that gained three electrons V³⁻
C) A metal that lost one electron Y⁺
D) A nonmetal that gained one electron X⁻
Answer:
The answer to your question is given below.
Explanation:
The following data were obtained from the question:
Speed limit = 60 km/h
To know if the car was speeding, let us calculate the speed of the car.
This can be obtained as follow:
Distance (d) = 5 m
Convert 5 m to km
Recall:
1000 m = 1 km
5 m = 5/1000
5 m = 0.005 km
Time (t) = 0.2 sec.
Convert 0.2 sec to hour.
Recall:
3600 secs = 1 h
Therefore,
0.2 sec = 0.2/3600
0.2 sec = 5.56×10¯⁵ h
Thus,
Distance (d) = 0.005 km
Time (t) = 5.56×10¯⁵ h
Speed of car =?
Speed = Distance /time
Speed = 0.005/5.56×10¯⁵
Speed of the car = 90 km/h
Comparing the speed of the car (i.e 90 km/h) to the speed limit of the zone (i.e 60 km/h), we can see that the car is on a high speed since its speed (i.e 90 km/h) is higher than the speed limit of the zone (i.e 60 km/h).
Speed of the car = 90 km/h
Speed limit = 60 km/h
Difference = 90 – 60
Difference = 30 km/h
Therefore, the car is speeding by 30 km/h more compared to the speed limit.
Your answer would be an Arrhenius base
Hope this helps
All these landforms can be found at collision zones. they depend on which type of collision, though. there are oceanic-oceanic collision, oceanic-continental collisions, and continental-oceanic collisions. oceanic plates are dense and small, and continental plates are massive, but heavy. i hope this answer helped you.
