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Likurg_2 [28]
3 years ago
6

Long wavelength corresponds to having _________frequency

Physics
2 answers:
Vladimir [108]3 years ago
4 0
Long wavelength corresponds to having lower frequency
Juliette [100K]3 years ago
4 0
Low because the longer the lower
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An object of mass 2kg raised to a height 10m possess potential energy of 200J. What is the kinetic energy and potential energy a
Shtirlitz [24]

Explanation:

{\bold{\sf{\underline{Understanding \: the \: concept}}}}

✠ This question says that there is an object and its mass is 2 kg ; it's raised to a height 10 m and possess potential energy of 200 J. Now this question ask us to find the kinetic energy and the potential energy at a height 4 metre.

\bold{↬{   }}{\bold{\sf{\underline{Given \: that}}}}

✰ Mass = 2 kilograms

✰ Raised height = 10 metres

✰ Posses potential energy = 200 Joules

\bold{↬{   }}{\bold{\sf{\underline{To \: find}}}}

✰ Kinetic energy at a height 4 metre

✰ Potential energy at a height 4 metre

{\bold{\sf{\underline{Solution}}}}

✰ Kinetic energy at a height 4 metre = 120 J

✰ Potential energy at a height 4 metre = 80 J

{\bold{\sf{\underline{Using \: concepts}}}}

✰ Potential energy formula.

{\bold{\sf{\underline{Using \: formula}}}}

✰ Potential energy = mgh

{\bold{\sf{\underline{We \: also \: write \: these \: as}}}}

✰ Potential energy as P.E

✰ Mass as m

✰ Joules as J

✰ Height as h

✰ Raised height as g

{\bold{\sf{\underline{Full \: solution}}}}

<h3>✠ Let us find the Potential energy.</h3>

↦ Potential energy = mgh

↦ Potential energy = 2 × 10 × 4

↦ Potential energy = 20 × 4

↦ Potential energy = 80 J

<h3>✠ Now according to the question let us find the kinetic energy</h3>

↦ Kinetic energy = Posses potential energy - Finded potential energy

↦ Kinetic energy = 200 J - 80 J

↦ Kinetic energy = 120 Joules

4 0
3 years ago
Read 2 more answers
Please answer quickly :)
Elena L [17]

Answer:

idk butttttt.... i had fun talking to u yesterday and the other conversation is getting a little....uhm....how do i say this.....weird.....everyone is friends now¯\_('-')_/¯

Explanation:

6 0
3 years ago
how long would it take a 3.4 kg bike with 79 kg rider traveling at 18.6 m/s to stop if 867 N of force is applied to the brakes?
nalin [4]

Answer: 1.76 s

Explanation:

We have the following data:

m=3.4 kg+79 kg=82.4 kg is the total mass of the bike and the rider

V_{o}=18.6 m/s is the initial velocity

F=867 N is the force applied to the brakes

Firstly, we will find the acceleration a with the following equation:

F=m.a (1)

Isolating a:

a=\frac{F}{m} (2)

a=\frac{867 N}{82.4 kg} (3)

a=10.52 m/s^{2} (4) This is the magnitude of the acceleration, however, since the final velocity is 0 m/s, this means the direction is negative

Hence:

a=-10.52 m/s^{2} (5)

On the other hand, with the following equation we can find the time t:

V=V_{o}+at (6)

Where:

V=0 m/s is the final velocity (the bike stops)

Isolating t:

t=-\frac{V_{o}}{a} (7)

t=-\frac{18.6 m/s}{-10.52 m/s^{2}} (8)

Finally:

t=1.76 s This iste time it takes to the bike to stop

7 0
3 years ago
An electrical insulator has
uysha [10]
The answer to this is C could i please get the brainliest answer
6 0
4 years ago
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Simple Circuit and Ohm's Law Check-for-Understanding
Vanyuwa [196]

Answer:

current, only

Explanation:

current:I

voltage:U

resistance:R

formula: I=U/R

Increasing the battery cause the increasing in the voltage. Resistance does not normally change. And the current would increase.

4 0
3 years ago
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