PHYSICS HIGH SCHOOL

The research of social psychologist vincent hsu determined that americans tend to fulfill their ideal of self-reliance through a. rebellion against social norms.
b. strong individualism.
c. developing personal ideals.
d. conforming to role models.

Answers

Answer 1
Answer: I think the correct answer from the choices listed above is option C. The research of social psychologist vincent hsu determined that americans tend to fulfill their ideal of self-reliance through  developing personal ideals. Hope this answers the question. Have a nice day.
Answer 2
Answer:

A. conforming to role models

Just toke the test

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Before you meet with a sexual assault victim, you run through the advocacy steps in your mind. What is the second step of advocacy?

Answers

Before you meet with a sexual assault victim, you run through the advocacy steps in your mind. The second step in advocacy process is to know your audience. It is multi-layered, from policy makers to media to key constituencies to public. Your research should consider whether it is provincial or health authorities or public.

True or false? Cells in the retina are photo-sensitive.

Answers

Answer:

True

Explanation:

Cells in the retina are indeed photosensitive. The retina is a layer of tissue located at the back of the eye that contains specialized cells called photoreceptors. Photoreceptors are responsible for detecting and responding to light stimuli, converting them into electrical signals that can be transmitted to the brain for visual processing. There are two main types of photoreceptor cells in the retina: rods and cones. Rod cells are highly sensitive to light and are responsible for vision in low-light conditions, while cone cells are responsible for color vision and visual acuity in bright light. Both rods and cones play crucial roles in the visual perception process and are essential for our ability to see.

QUESTIONS When parking uphill in a car with a manual transmission, you should park with the transmission in A: Neutral. B: Any gear. C: First gear.

Answers

Answer:

option C first gear

Explanation:

we know car is parking in uphill

so is we park park on neutral it will free move that is damage car

so we park car on uphill in first gear and turn wheel away from kerb

and park car on downhill in reverse gear and turn wheel toward kerb

so any gear may be reverse or first

so correct option is C first gear

The equation E=mc^2 relates energy and.a. Force.
b. Mass.
c. Gravity.
d. Work.

Answers

B. Mass

It explains that,
"Matter and Energy are Interchangeable."
It's Einstein's equation meaning Energy is equal to the mass multiplied by the speed of light squared.

15) What is the frequency of a pendulum that is moving at 30 m/s with a wavelength of .35 m?show step by step

Answers

We know that there is a formula velocity = frequency x wavelength for all types of waves.

If we assume one complete oscillation of a pendulum to be wavelength we can apply the above formula for the pendulum too.

So as v = fλ and f = v/λ we can just plug in the values to get our answer of frequency.

So frequency = 30/0.35 which is equal to 85.17 Hertz (Hz).

I think you're trying to take the formulas for speed, wavelength, and
frequency of a wave, and apply them to a pendulum.  You can't do that. 
It doesn't work.

A pendulum is moving in 'simple harmonic motion', not wave motion.
It's speed is continuously changing, from zero at both ends of its swing,
to maximum as it passes through the 'rest' position at the bottom.  And
there's no wavelength defined for a pendulum ... if you're thinking that
it could be the distance from end to end of its swing, or maybe half of
that, you should know that the frequency of an ideal simple pendulum
is not related to that distance at all.

Finally, in the real world, the numbers in this question really kind of
don't make any sense. You have a structure where some part of it is
roughly a foot long (0.35m = 13.8 inches), and at least at some point
during its swing, something is moving at 30 m/s ... about 67 mph ! 
If something like that could even stay on the table, and IF its frequency
were (speed/wavelength) ... like a wave's frequency is ... then its frequency
would be  (30 / 0.35) = 85.7 Hz ! !  The thing would be wiggling back and
forth every 0.017 second !  It would need to be operated only inside
a bomb shelter, with all personnel withdrawn beyond a safe perimeter
before it flies apart and scatters shrapnel everywhere.

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Answers

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I have attached a photo to explain. (:
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