Indeed. This is the reason it's termed equipotential.
Answer:
10000
Explanation:
When shifting the decimal point left, the number effectively gets divided by 10 for each movement.
Conversely, shifting it to the right corresponds to multiplying the number by 10 for every unit moved.
If the decimal point is moved four units to the left, it becomes 0.0003, which is equivalent to dividing 3.0 by 10000
To tackle this problem, it's essential to employ concepts associated with force as per Hooke's law, alongside the forces described by Newton's second law and the concept of potential elastic energy. Since the forces are in equilibrium, the spring force matches the gravitational force. To find the spring constant k, we recognize the compression is 40cm at launch, hence applying the potential elastic energy formula results in determining the energy stored in the spring as 63.72 Joules.
vf^2 = 2ad
vf^2 = 2(9.81)(44m)
vf^2 = 863.28
vf = √863.28
vf = 29.4 - using equations of motion
ME = PE + KE
ME = mgh + 1/2mv^2
ME = (1)(9.81)(44) + 1/2(1)(3^2)
ME = 431.64 + 4.5
ME = 436.14 - applying the principle of energy conservation
hope this helps:)
You would gain an additional 40/60 of energy, which equals 2/3. To find the actual energy consumption, multiply 5/3 by the needed energy.
