Answer:
It can help individuals understand concepts such as the water-energy nexus and how water and energy work together to create a higher quality of life. Smart Energy Education teaches students about renewable energy, energy conservation, and the importance of energy as we transition into the future.
<em>8 Easy Ways for Kids to Conserve Energy at Home and School</em>
Take a Shower Instead of a Bath. ...
Limit Electronic Usage. ...
Turn Everything off When You Aren't in the Room. ...
Keep Windows and Blinds Closed. ...
Plant a Tree. ...
Ride a Bike or Walk to School. ...
Use Both Sides of a Piece of Paper. ...
Use a Reusable Water Bottle.
V= s/t
=
5.15/ 350
=68.0 km/h
Answer:
6.86 * 10^8 m
Explanation:
Parameters given:
Mass of hot gas, m = 2 kg
Gravitational Force, F = 618.2 N
Mass of Alpha Centauri, M = 2.178 * 10^30 kg
The gravitational force between two masses (the hot gas and Alpha Centauri) , m and M, at a distance, r, given as:
F = (G*M*m) / r²
Where G = gravitational constant
Therefore,
618.2 = (6.67 * 10^(-11) * 2.178 * 10^30 * 2) / r²
=> r² = (6.67 * 10^(-11) * 2.178 * 10^30 * 2) / 618.2
r² = 4.699 * 10^17 m²
=> r = 6.86 * 10^8 m
We are told that the hot gas is on the surface of Alpha Centauri, hence, the distance between both their centers is the radius of Alpha Centauri.
The mean radius of Alpha Centauri is 6.86 * 10^8 m.
Answer:
Air resistance is pushing up on the parachute and force of gravity is pulling down so she slows down. This increases friction which slows free fall down. So when the skydiver reaches terminal velocity, the force of gravity is balance by air resistance. But when the forces are balance, there is no acceleration.
Please elaborate more on your question so I can help you
here h is plank's constant and P is momentum