2 weeks ago, oh boy.
So we know k is 10 N/m and it is stretch 0.1m.
For the conservation of energy, we know the mechanical energy in the system is constant, and we know the energy switches from potential elastic energy to kinetic energy. So we can solve for the maximum potential elastic energy, which should tell us the mechanical energy.
Since we are told it is stretch 0.1m and we are given the spring constant, we can solve for max potential elastic energy.
Mechanical energy = Max potential = 0.5kA^2
This gives us 0.5(10N/m)(0.1m)^2 = 0.05J
The maximum kinetic energy is when the potential elastic energy is zero, thus 0.05J would be the maximum kinetic energy.
Hope this helps!
Answer:
B. Value you have recorded during your experiment.
Explanation:
In the observation section, those data is present which is collected during an experiment. Measurement of each key should be reported carefully. Data is usually present in the form of table, graph and figures.
This data can be represented in the tabular form because it is the best method to represent any data.
Therefore, in the observation section of lab report observer usually find the values which are recorded during an experiment.
Answer:
175 kilometers
Explanation:
50 × 3.5 = 175
or
50 x 3 = 150 +
50 x 0.5 = 25
150 + 25 = 175 kilometers
Answer:
the probability that at least 125 of the 500 components will have failure times larger than 20 is 0.7939
Explanation:
see the attached file
Answer:
12
N
in the direction opposite to electric field.
Explanation:
Force on a charged particle
q
due to electric field
E
is given by
→
F
=
q
→
E
|
F
|
=
−
0.06
C
×
200
N
C
=
−
12 N
Here negative indicates that force is in the direction opposite to electric field.