You are asked to contemplate the concepts of oscillation and periodic motion (or periodic behavior). These lead to the definition of a special kind of periodic motion called simple harmonic motion. For now, let's just think about periodicity (1) and oscillations for the following two scenarios. Your answers will not be marked for correctness. Scenario 1: The motion of the second hand on a clock is:_______
a. periodic but not oscillatory (I.e. the hand does not oscillate or undergo oscillations).
b. periodic and also oscillatory.
c. not periodic and not oscillatory.
d. oscillatory but not periodic.
Scenario 2: The motion of a person rocking back and forth on a rocking chair to the beat of a song is:_______
a. periodic but not oscillatory.
b. periodic and also oscillatory.
c. not periodic and not oscillatory.
d. oscillatory but not periodic.
Please explain why your answers for the two scenarios are either the same or different. Your answer should include brief definitions of periodic and oscillatory (or oscillations).

Answers

Answer 1
Answer:

Answer:

The correct answers are

a. periodic but not oscillatory (I.e. the hand does not oscillate or undergo oscillations).

b. periodic and also oscillatory.

Explanation:

Oscillatory motion are motion that involves the repeated forward and backward motion of an object or mater between two position, points or states. An oscillatory motion that repeats itself at a regular interval or cycle is a periodic oscillatory motion. Examples of periodic oscillatory motion includes, a pendulum, the upward and downward motion of a weighted spring or a sine wave

while periodic motion is the repeated movement of an object over a specific period of time. The period is the time for the motion to repeat itself measure in seconds.

The motion of the hand of the clock is periodic as it revolves round every minute, but it is in a clockwise direction hence it is not oscillatory

while the motion f a person rocking back and forth on a rocking chair to the beat of a song is periodic and oscillatory


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Although the Bohr atomic model is helpful in counting electrons in their orbitals, why is this model inaccurate in terms of the actual location and movement of electrons around an atom’s nucleus?

Answers

Because real electrons are in an electron cloud, not layers

If a ball is rolling with 5 pounds of force, how much force will be needed to stop the ball from rolling and why? A It would take 25 pounds of force to stop the ball from rolling becae it takes five times as much force to stop as object. B It would take 2.5 pounds of force to stop the ball from rolling becae it takes half of the amount of force to stop an object. C It would take 10 pounds of force to stop the ball from rolling becae it takes double the amount of force to stop an object. D It would take 5 pounds of force to stop the ball from rolling becae the same amount of force mt be ed to stop the object.

Answers

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Which equation describes the sum of the two vectors plotted below?

Answers

Final answer:

The sum of two vectors A and B is a resultant vector R, where R = A + B. If vectors A and B are plotted with their tails at the origin and heads at points (x1, y1) and (x2, y2), respectively, the resultant vector R ends at point (x1+x2, y1+y2). This represents the sum of the individual components of vectors A and B.

Explanation:

In vector addition, the equation for the sum of two vectors A and B can be generally represented as R = A + B, where R is the resultant vector. If the vectors are plotted with their tails at the origin and their heads ending at points (x1, y1) for Vector A and (x2, y2) for Vector B, the resultant vector, R, will end at the point (x1+x2, y1+y2). In other words, the components of the resultant vector are simply the sum of the components of the original vectors.

Learn more about Vector Addition here:

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Answer:

R=-x-4y

Explanation:

Because i said so

A pair of scientists proposes two different theories to explain the same set of observations. Which of the following best explains the value of these competing theories?Competing theories can be a source of new, testable ideas.
Competing theories are necessary to transform a theory into a law.
Competing theories generate controversy that helps popularize ideas.
Competing theories allow scientists to combine the most interesting aspects of both theories.

Answers

Answer:

Competing theories can be a source of new, testable ideas.

Explanation:

Theory is the set of knowledge that seeks to explain, with a high degree of accuracy, all-encompassing phenomena of nature, that is, it is different from the meaning of the word "theory" used in everyday life, when we say that something "is only a theory "in the sense that it is a mere speculation.

Competing theories present a much larger set of knowledge, which gives the universe a source of new and testable ideas

Competing theories can be a source of new, testable ideas.

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It does not change.

B.
From C to D, it increases.

C.
From C to D, it decreases.

D.
It continues to increase as it swings back and forth.

Answers

From C to D, it increases.

How does light travel differently from sound

Answers

Answer: Light waves move faster than sound waves, which are longitudinal.
Light waves can also travel through space.

Sound waves, being longitudinal, are slower than light waves, and do not travel through space.