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swat32
3 years ago
8

The idea is to get as much EMF produced from the sprinter running through it. If you were the Olympic coach on a year when there

happens to be a global energy crisis, and medals were assigned based on how much EMF (or current) were produced by the sprinters, what 3 pieces of advice (one is quite obvious; the other two involve the fixed orientation of the baton and the maintained position of the baton within the circular solenoid cross-section) would you give your sprinters in order to win?
Physics
1 answer:
never [62]3 years ago
3 0

Answer:

the greater the speed, the greater the electromotive force

* The metal pole must be parallel to the field

* you must keep the ball of the field

Explanation:

To determine the advice to the runners, let's use the Farad equation to and

           fem = -N \frac{ d \phi}{dt}  = -N \frac{ B A Cos \theta }{dt}

how the runners are moving

                 fi = B l x

            fem = -N B l v

therefore the advice we can give are:

* the greater the speed, the greater the electromotive force

* The metal pole must be parallel to the field

* you must keep the ball of the field

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Dr. Glover's office has one vendor for their practice management software and another for their electronic health record, but th
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Answer:

Interface

Explanation:

This is a classic example of Interface technology.

An interface allows different software packages to communicate without re-entering data.

Here in this case also systems are able to communicate with one another without duplicating data entry. For example, practice management software and another for their electronic health record.

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3 years ago
What type of lava is produced at a divergent plate boundary?
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3 years ago
when an object is immersed in liquid at rest,why is the net force on the object is the horizontal direction equal to zero?​
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Answer:

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6 0
3 years ago
A crash test dummy with a mass of 55kg is placed into a car traveling at 40m/s. During the first trial the dummy does not wear a
s2008m [1.1K]

a. The force experienced by the dummy with a seatbelt is 11,000 Newton.

b. The force experienced by the dummy without a seatbelt is 4,400 Newton.

<u>Given the following data:</u>

  • Mass = 55 kg
  • Initial velocity = 0 m/s
  • Final velocity = 40 m/s
  • Time A = 0.2 seconds
  • Time B = 0.5 seconds

a. To calculate the force experienced by the dummy with a seatbelt:

<h3>Newton's Second Law of Motion</h3>

In order to solve for the force acting on the dummy, we would apply Newton's Second Law of Motion.

<u>Note:</u> The acceleration of an object is equal to the rate of change in velocity with respect to time.

Mathematically, Newton's Second Law of Motion is given by this formula;

F = \frac{M(v\;-\;u)}{t}

Substituting the given parameters into the formula, we have;

F = \frac{55(40\;-\;0)}{0.2}\\\\F = \frac{55\times 40}{0.2}\\\\F = \frac{2200}{0.2}

Force = 11,000 Newton.

b. To calculate the force experienced by the dummy without a seatbelt:

F = \frac{55(40\;-\;0)}{0.5}\\\\F = \frac{55\times 40}{0.5}\\\\F = \frac{2200}{0.5}

Force = 4,400 Newton.

Read more on force here: brainly.com/question/1121817

4 0
3 years ago
Which atomic model was proposed as a result of j. J. Thomson’s work?
EleoNora [17]
<h2>Answer: The "raising pudding" atomic model</h2>

Explanation:

<u>During the 19th century the accepted atomic model, was Dalton's atomic model</u>, which postulated the atom was an <u>"individible and indestructible mass".</u>

However, at the end of 19th century J.J. Thomson began experimenting with cathode ray tubes and found out that atoms contain small subatomic particles with a negative charge (later called <u>electrons</u>).  This meant the atom was not indivisible as Dalton proposed. So, Thomson developed a new atomic model.

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That is why this model was called the <u>raisin pudding atomic model.</u>

4 0
4 years ago
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