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aliina [53]
3 years ago
8

Can you please explain me how to do integration in physics in a easy way?

Physics
1 answer:
d1i1m1o1n [39]3 years ago
5 0
The easiest way to explain it is roughly identical to the way that your teacher explained it in class.  If there were any easier way ... like writing it here in a few paragraphs ... then that's what the teacher would have done.  You would have been given the easy explanation on the first day of class, printed on one sheet of paper, and you would have had the rest of the year to practice it and get really good at it.
If the class spent a month teaching it, then that's about how long it takes.  Sorry.
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i just said something super cringey to someone and now i wish i had a time machine because i cant forget it :((( SOME HELP PLEAS
Llana [10]

Answer:

what did you say???

Explanation:

6 0
3 years ago
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At the equator, the radius of the Earth is approximately 6370 km. A plane flies at a very low altitude at a constant speed of v
Cerrena [4.2K]

To solve this problem we will apply the concepts related to the kinematic equations of linear motion. From there we will define the distance as the circumference of the earth (approximate as a sphere). With the speed given in the statement we will simply clear the equations below and find the time.

R= 6370*10^3 m

v = 239m/s

a = 16.5m/s^2

The circumference of the earth would be

\phi = 2\pi R

Velocity is defined as,

v = \frac{x}{t}

t = \frac{x}{v}

Here x = \phi, then

t = \frac{\phi}{v} = \frac{2\pi (6370*10^3)}{239}

t = 167463.97s

Therefore will take 167463.97 s or 1 day 22 hours 31 minutes and 3.97seconds

4 0
3 years ago
A tabletop gamer has designed a game that requires three dice to be thrown onto a tray with a measurement grid. To add an extra
Airida [17]

Answer:

The resulting coordinate is   (x,y) =  (-0.170 \ m  ,  -0.038 \ m )

Explanation:

From the question we are told that  

     The  mass of the first dice is  m_1 =  11.10 \ g

      The  mass of the second dice is  m_2  =  15.10 \ g

     The mass of the third dice is  m_3 =  18.90 \ g

     The coordinate of the first dice is (x_1, y_1) =  (0.3150\ m  ,  -0.4990 \ m  )

     The coordinate of the second dice is  (x_2,y_2) =  (-0.4050  \ m  , 0.4850 \ m  )

      The coordinate of the third dice is  (x_3 , y_3) =  (-0.1150 \ m ,  -0.1850\ m )

Generally the resulting coordinate of the center of mass of the dice in the x-axis is mathematically evaluated as

        x\ cm  =  \frac{m_1 * x_1 + m_2 * x_2 + m_3 * x_3}{m_1 + m_2 +m_3 }

i.e the summation of the moments about their x-axis divided by the magnitude of their masses

    substituting values

         x\ cm  =  \frac{11.0  * 0.3150 + 15.10 * (-0.4050) + 18.90 * (-0.1150)}{11.100 + 15.10 +18.90 }

        x\ cm  = -0.170 \ m

Generally the resulting coordinate of the center of mass of the dice in the y-axis is mathematically evaluated as

     y\ cm  =  \frac{m_1 * y_1 + m_2 * y_2 + m_3 * y_3}{m_1 + m_2 +m_3 }

     y\ cm  =  \frac{ 11.10 * (-0.4990) + (15.10) * (0.4850) + (18.90) * (-0.1850)}{ 11.10 + 15.10 +18.90 }

     y\ cm  =  -0.038 \ m

Thus the resulting coordinate is   (x,y) =  (-0.170 \ m  ,  -0.038 \ m )

4 0
3 years ago
A 10v battery is connected in series with 2 resistors. R1 is 1 ohm and R2 is 4 ohms. What is the current that goes across R1?
Digiron [165]

Answer:

Current in circuit = 2 amp

Explanation:

Given:

Voltage of battery = 10 V

First Resistance R1 = 1 ohm

Second Resistance R2 = 4 ohm

Resistor connected in series

Find:

Current in circuit

Computation;

Resistor connected in series

So,

Total resistance R = First Resistance R1 + Second Resistance R2

Total resistance R = 1 ohm + 4 ohm

Total resistance R = 5 ohm

Current in circuit = V / R

Current in circuit = 10 / 5

Current in circuit = 2 amp

7 0
3 years ago
According to newton's second law, if you have an object that is put under acceleration due to a force, how could you reduce the
expeople1 [14]

Answer:

We could reduce the force or increase the mass of the object.

Explanation:

Using the definition of force, according to Newton's second law,  (F = ma) the acceleration is directly proportional to the force and inversely proportional to the mass. Therefore, if we want to reduce the acceleration of an object we have two options:

  1. We could reduce the force
  2. We could increase the mass

In both cases a will decrease.  

I hope it helps you!

7 0
3 years ago
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