Answer:
if the mean distance 93 million miles then the range of distances has to go from 92.293.8 million miles however the earth goes
Answer:
Acceleration of the train is -3 m/s²
Explanation:
Since it stops,
final velocity (v) = 0 m/s
time (t) = 25 seconds
initial velocity(u) = 75 m/s
Now,
accelereation = (v-u)/t
or, a = (0-75)/25
or, a = -75/25
so, a = -3 m/s²
We can only see the "Visible region" of Electromagnetic spectrum
Hope this helps!
A vector is a mathematical object that has both magnitude and direction. Both the vectors and analogue multimeter shows the magnitude as well as direction of the value that measures.
To find the answer, we have to know about the multimeters.
<h3>
How vector is analogous with multimeters?</h3>
- The formula for the magnitude of a vector, which may be written as |v|, can be used to determine the length of any given vector.
- In other words, this amount is used to specify the distance between the vector's beginning and ending points.
- The measurement of the angle produced using the horizontal line can be used to define the direction of a vector, which is nothing more than that.
- An analog multimeter is a particular kind of multimeter that measures electrical quantities including voltage, current, and resistance using a needle on a scale.
- A pointer that represents a particular value of the scale is used to display the result of any measurement made with an analog multimeter in analog form.
- The amount to be measured is shown by the scale's reading.
- The current value is shown by the needle's position on the scale.
Thus, we can conclude that, Both the vectors and analogue multimeter shows the magnitude as well as direction of the value that measures.
Learn more about multimeter here:
brainly.com/question/6850521
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Answer:
Fx = 32.14 [N]
Fy = 38.3 [N]
Explanation:
To solve this problem we must decompose the force vector, for this we will use the angle of 50 degrees measured from the horizontal component.
F = 50 [N]
Fx = 50*cos(50) = 32.14 [N]
Fy = 50*sin(50) = 38.3 [N]
We can verify this result using the Pythagorean theorem.