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3 years ago

Since a bright light causes one to blink reflexively, the light would be best described as a(n):

2 answers:

6 0

The light would be best described as AN UNCONDITIONED STIMULUS.
An unconditioned stimulus refers to any stimulus which naturally evokes a response from the affected person. The response that is evoked is termed unconditioned response. In the question given above, the light is the unconditioned stimulus while the blinking is the unconditioned response.<span />

Elanso [62]3 years ago

5 0

Since a bright light causes one to blink reflexively, the light would be best described as AN UNCONDITIONED STIMULUS.

Further Explanation:

AN UNCONDITIONED STIMULUS:

In old style molding, an unconditioned reaction is an unlearned reaction that happens normally in response to the unconditioned improvement. For instance, if the smell of nourishment is the unconditioned boost, the sentiment of craving because of the smell of sustenance is the unconditioned reaction.

Instances of the Unconditioned Stimulus:

The mutts in his analysis would smell the sustenance, and after that normally start to salivate accordingly. This reaction requires no learning, and it essentially happens consequently.

unconditioned stimulus elicit:

Pavlovian (Classical) molding is learning a relationship between two improvements. It is named for I. P. The unconditioned improvement (US) and the unconditioned reaction (or reflex) it inspires. The adapted improvement and the molded reaction (or reflex) it can inspire after Pavlovian molding has occurred.

Stimulus in science:

Physiology Something that can inspire or bring out a physiological reaction in a phone, a tissue, or a life form. A boost can be inside or outer. Sense organs, for example, the ear, and tactile receptors, for example, those in the skin, are delicate to outside boosts, for example, sound and contact.

Subject: biology

Level: college

Keywords: AN UNCONDITIONED STIMULUS, Instances of the Unconditioned Stimulus, unconditioned stimulus elicit, Stimulus in science.

Related links:

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yKpoI14uk [10]

Answer:

In order to find average speed during each interval, we need to divide the distance during those intervals with the period of time. So, for the first interval (day 0 to day 2) hawksbill started from 0 and reached 10 kilometers by the end of the second day. That means that it crossed 10 kilometers in 2 days, so the average speed is 10/2 which is 5 km/day. Similarly, we can calculate speed for other intervals:

• day 2 - day 3: it went from 10 to 12 km in one day, which means it crossed 2 km in one day, so the average speed is 2/1 = 2 km/day

• day 3 - day 4: at the end of the third day it reached 12 km and at the end of the day 4 it remained at 12 km. That means the hawksbill wasn't moving in that interval so the speed was 0

• day 4 - day 5: it went from 12 km to 18 km, which means it crossed 18-12=6 km in one day, so the average speed is 6/1=6 km/day

• day 5 - day 6: it went from 18 to 24 km, which means it crossed 24-18=6 km in one day, so the speed was 6/1=6 km/day

So, to summarize, during the first interval turtle was moving with average speed of 5 km/day, then 2 km/day, in the third interval it wasn't moving and in the last two intervals, it moved in average speed of 6 km/day.

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3 years ago

A 12 pound shot put and a small metal BB are dropped from a tall tower, inside a vacuum chamber,

hichkok12 [17]

Given what we know, we should observe the objects falling at the same speed in both the tower and vacuum scenarios, but not in the water.

<h3>What affects the speeds at which these objects fall?</h3>

The falling speeds in both air and a vacuum will be the same for both objects.
This is because falling speed is determined by gravity and is independent of the mass of the objects falling.
The same will occur in water if and only if the densities of the two objects are equal.

Therefore, given that we can safely assume that the densities of the two objects are different from one another, we can confirm that while the objects will fall at the same speed in air and in a vacuum, this will not be the case in the deep pool.

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2 years ago

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3 years ago

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