I've just been doing that now, this might be a bit late but the answere is 0.25g/s
Explanation :
An electrical circuit can be either connected in series or parallel.
Series combination: The current flowing in each resistor is the same and the equivalent resistance is given by :
Parallel combination: The voltage for all components in the parallel combination is the same. The equivalent resistance is given by :
So, our of given options the correct one is (b) because the current flowing in both the resistors is the same.
Answer:
9.8 m
Explanation:
The rate of free fall of a body does not depend on its mass or shape in the absence of air resistance. This property of gravitational force is proved by the famous leaning tower of Pisa experiment by Galileo.
The gravitational force is responsible for the gravitational acceleration of a body.
When considering the gravitational acceleration near the surface of Earth it has the constant value g = 9.8 m/s irrespective of the mass of the body.
This phenomenon states that every projectile falls at the same rate such that its velocity keeps on increasing to maintain the constancy of g.
So, when a projectile fall initially from a certain height for one second, it would have traveled only 9.8 m.
Answer:
The answer is choice A and choice D
Explanation:
The answer below is just a joke, don't listen to them.
:)
Answer:
ionic bonds formed from the electrostatic attraction between oppositely charged ions in a chemical compound.
Explanation:
