Skeletal muscles must have help from the bone to be able to move.
Answer: No
Can the change in cyclin concentration during mitosis be explained by the fact that the cell divides in two and thus divides the material in the cell into two smaller volumes?
Explanation: The cyclin concentration is not halved but degraded during mitosis.
There is an increase in cyclin concentrations at interphase. These changes are caused by the presence of Cyclin Dependent Kinase (CDK) complexes. CDK being a substrate of cyclin catalyses cyclin, thereby increasing its concentration. During mitosis, cyclins are destroyed, signifying the end of mitosis and cytokinesis.
Without this process, it will be impossible for the cell to exit mitosis.
32.6% of 1.4 Mw
= (0.326) x (1,400,000 joules/second)
= 456,400 joules/second .
1 year
= (365 da) x (86,400 sec/da) = 31,536,000 seconds
(456,000 joules/sec) x (31,536,000 sec) = 1.438 x 10¹³ Joules
(That's 1.438 x 10⁷ Megajoules, or 3,994,560 kWh)
Explanation:
Kohlberg's theory of moral development is a theory that focuses on how children develop morality and moral reasoning. Kohlberg's theory suggests that moral development occurs in a series of six stages. The theory also suggests that moral logic is primarily focused on seeking and maintaining justice.
Answer:
Explanation:
Note : the questions do not come in the right order.
Data:
Mass = 0.0518kg
Velocity = 45 m / s
Distance (s) = 0.44m
C) what's the acceleration on the ball?
Using equation of motion,
V² = u² + 2as
V² - u² = 2as
a = (v² - u²) / 2s
a = (45² - 0) / 2 * 0.44 [the ball was at rest]
a = 2025 / 0.88
a = 2301.136m/s²
D) The net force on the ball?
Force = mass * acceleration
F = m*a
F = 0.0518 * 2301.136
F = 119.199N
The force acting on the ball was 133.465N
F = 133.47N
b) time period the ball was struck.
From the relationship between impulse and momentum,
Ft = m * v
133.47 * t = 0.058 * 45
t = 2.61 / 133.47
t = 0.01955s
a) average velocity (V) = total distance covered / total time taken
V = s / t
V = 0.44 / 0.01955
V = 22.50m/s.
e) if the ball was heavier and still experienced the same velocity, the applied would've been lesser than before.
