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2 years ago

The mutual influence of external stimuli and cognitive processes in regulating behavior is known as

1 answer:

3 0

The mutual influence of external stimuli and cognitive processes in regulating behavior is known as Reciprocal determinism.

<h3>What is Reciprocal determinism ?</h3>

Reciprocal determinism helps to understand that human behavior can be greatly influenced by the environment where such individual lives or grow up and also the thinking and reasoning ability of such individual can also affect the individual.

Therefore,The mutual influence of external stimuli and cognitive processes in regulating behavior is known as Reciprocal determinism.

learn more on reciprocal determinism here,

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1. Bart averaged 52 miles per hour on his trip

NARA [144]

Answer:

Bart can travel 130 miles in 2.5 hours with this rate

Explanation:

Bart travels 52 miles per hour

For 2.5 hours first find for two hours and then for half hour. finally add this two and half hour to get for 2.5 hours.

2.5 hours=2 hours + half hour

2 hours= 1 hour × 2

= 52 miles × 2 = 104 miles

half hour= 1 hour ÷ 2

=52 miles ÷ 2 = 26 miles

2.5 hours = 104 miles + 26 miles

= 130 miles

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2 years ago

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How many solutions exist for the given equation? 3x + 13 = 3(x + 6) + 1

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Answer:

There is no solutions to this problem.

Because when you solve it you get an untrue statement. When this happens, it means that there is nothing that can make it true.

Explanation:

3x + 13 = 3(x + 6) + 1 use distribute property

3x + 13 = 3x + 18 + 1 combine like terms

3x + 13 = 3x + 19 subtract 3x from both sides

13 = 19

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A ball is thrown at the ground from the top of a tall building. The speed of the ball in meters per second is v(t)=9.8t+v0, were

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$V_0=2.7m/s$

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The speed of the ball in meters per second is

$V(t)=9.8t+V_0$

Where t denotes the number of seconds since the ball has been thrown and $V_0$ is the initial speed of the ball. Then:

$V(2)=9.8(2)+V_0\\\\V(2)=19.6+V_0$

If the ball travels 25 meters during the first 2 seconds after it is thrown, what was the initial speed of the ball

Also, for constant acceleration motion, the average velocity is equal to the sum of final and initial velocities divided by 2 and to the distance divided by the time:

$\dfrac{V(t)+V_0}{2}=\dfrac{d}{t}$