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3 years ago

If a proton were released in the electric field above, what direction would it move?

Physics

1 answer:

Afina-wow [57]3 years ago

5 0

Answer:

d because the proton would move towards the negative plate

Explanation:

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I WILL MAKE U BRAINLIEST PLEASE ANSWER !!!!!!!!

Nesterboy [21]

Answer:

125÷2= 62.5 is your average speed. If the train was resting it's not moving your going nowhere . If the train is traveling at constant speed in a straight line it's speed will increase going through mountains will slow it down. if the train is coming to a braking force its speed will decrease

3 0

3 years ago

A 1056-hertz tuning fork is sounded at the same time a piano note is struck. You hear three beats per second. What is the freque

REY [17]

Answer:

$f_2 = 1053 Hz$

$f_2 = 1059 Hz$

Explanation:

As we know that the beat frequency is given as

$|f_1 - f_2| = f_{beat}$

here we know that

$f_1 = 1056 Hz$

$f_{beat} = 3 Hz$

now we have

$|1056 - f_2| = 3$

now we have

$1056 - f_2 = \pm 3$

so we have

$f_2 = 1053 Hz$

$f_2 = 1059 Hz$

5 0

4 years ago

||||| A ball on a porch rolls 60 cm to the porch’s edge, drops 40 cm, continues rolling on the grass, and eventually stops 80 cm

3241004551 [841]

Answer:

$d = 145.6 cm$

Explanation:

first ball rolls on the porch by total distance

$x_1 = 60 cm$

Then again it will move on horizontal floor

$x_2 = 80 cm$

also in vertical direction it will drop down

$y = 40 cm$

so we have

$x = 60 + 80$

$x = 140 cm$

$y = 40 cm$

so magnitude of net displacement of the ball is given as

$d = \sqrt{140^2 + 40^2}$

$d = 145.6 cm$

8 0

3 years ago

A solenoid having an inductance of 6.95 μh is connected in series with a 1.24 kω resistor. (a) if a 12.0 v battery is connected

Serggg [28]

In electrical circuit, this arrangement is called a R-L series circuit. It is a circuit containing elements of an inductor (L) and a resistor (R). Inductance is expressed in units of Henry while resistance is expressed in units of ohms. The relationship between these values is called the impedance, denoted as Z. Its equation is

Z = √(R^2 + L^2)
Z = √((1.24×10^3 ohms)^2 + (6.95×10^-6 H)^2)
Z = 1,240 ohms

The unit for impedance is also ohms. Since the circuit is in series, the voltage across the inductor and the resistor are additive which is equal to 12 V. Knowing the impedance and the voltage, we can determine the maximum current.
I = V/Z=12/1,240 = 9.68 mA
But since we only want to reach 73.6% of its value, I = 9.68*0.736 = 7.12 mA. Then, the equation for R-L circuits is
$I= \frac{V( 1- e^{-t/τ} )}{R}$ , where τ = L/R = 6.95×10^-6/1.24×10^3 = 5.6 x 10^-9
Then,
$7.12x 10^{-3} = \frac{12( 1- e^{-t/5.6x 10^{-9} } )}{1240}$

t = 7.45 nanoseconds
Part B.) If t = 1.00τ, then t/τ = 1. Therefore,
$I= \frac{12( 1- e^{-1 } )}{1240}$

I = 6.12 mA

3 0

3 years ago

As wavelength increase, the frequency of the wave increases / decreases.

Sveta_85 [38]

Answer:

Hey heres your ans

Explanation:

Wavelength will increase

6 0

3 years ago