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identify the given examples if it shows POTENTIAL or KINETIC1.
Ask: identify the given examples if it shows POTENTIAL or KINETIC
1. a car that is parked at the top of a hill.
2. a book on a table before it falls.
3. a yo-yo before it is released.
4. a bullet fired from a gun.
5. water falling over the falls.
Answer:
1.potential
2.kenetic
3.potential
4.kenetic
5.kenetic
Explanation:
pa brainliest kung tama
Answer:
1.POTENTIAL
2.POTENTIAL
3.POTENTIAL
4.KINETIC
5.KINETIC
Explanation:
ang potential nakastay lang sa isang place so if its move ang tawag na don ay kinetic, ikaw na bahala kung maniniwala ka or ndi
When a gun is fired, how do you compare the
Ask: When a gun is fired, how do you compare the momentum of the bullet and that of the gun?
Answer:
The gun and the bullet are both at rest, so the momentum (mv) of the gun and the bullet are both zero. So, the total momentum of the system before the bullet.
Explanation:
a gun releasing a bullet gravitational potential energy or kinetic
Ask: a gun releasing a bullet
gravitational potential energy or kinetic energy
Answer:
Kinetic Energy
because in kinetic energy we are talking about motion and motion is movement and the gun is releasing a bullet and that is a movement
A gun recoils when it is fired. which of the
Ask: A gun recoils when it is fired. which of the following describes the acceleration of the rocoiling gun
Answer:
A gun recoils when a bullet is fired from it: When a bullet is fired from a gun, the gun exerts a force on the bullet in the forward direction. This is the action force. The bullet also exerts an equal force on the gun in the backward direction. This is the reaction force.
which of the following situation does not illustrate Newton's third
Ask: which of the following situation does not illustrate Newton’s third law of motion
a.rowing a boat b. a girl pushing a chair c. abook on the top of the table d. when the trigger of the gun is pulled
Answer:
C a girl pushing a chair
Explanation:
c a girl pushing a chair
yan po
5 characteristics in top gun Maverick and their challengespa help
Ask: 5 characteristics in top gun Maverick and their challenges
pa help po ty
Answer:2. ‘Top Gun: Maverick’,
Explanation:
A C POTENTIAL ENERGY A. A boy standing still B.
Ask: A C POTENTIAL ENERGY A. A boy standing still B. Running water C. A stone at the top of the cliff D. An appie falling from a tree E. Parked car F. A gun releasing a bullet B KINETIC ENERGY G. A roller coaster going down H.Thrown baseball I. basketball on player’s hand J.Bicycle on top of a hill K. Pulling a luggage L. A book at the top of the table
Answer:
A. stone at the top of the cliff
Explanation:
because kung na hulog ang stone d na mataas ang kanyang PE
4. Which of the following situations does not illustrate Newton's
Ask: 4. Which of the following situations does not illustrate Newton’s third law of motion? a. Rowing a boat. b. A girl pushing a chair. c. A book on the top of the table. d. When the trigger of the gun is pulled.
@answer
letter C. a book on the top of the table
Answer:
c
Explanation:
a book on the top of the table
Answer:
a
Explanation:
boat because does not a motion
Give the IS family (give the history and when its
Ask: Give the IS family (give the history and when its release when it goes in battle and armor anylist and type of main gun barrel and more
answer:
search it
Explanation:
search it
I need solution poThe spring in a BB gun has
Ask: I need solution po
The spring in a BB gun has a force constant of 1.8 x 10′ N/m. When loaded, the spring is compressed at a distance of 1.2 cm. (a) Calculate the change in elastic potential energy of the spring when it is released and returned to its equilibrium position. (b) If all the elastic potential energy is converted to kinetic energy of a 0.36-g BB fired from the gun, what is the final speed of the BB gun?
PROBLEM
The spring in a BB gun has a force constant of 1.8 x 10′ N/m. When loaded, the spring is compressed at a distance of 1.2 cm. (a) Calculate the change in elastic potential energy of the spring when it is released and returned to its equilibrium position. (b) If all the elastic potential energy is converted to kinetic energy of a 0.36-g BB fired from the gun, what is the final speed of the BB gun?
Given : m = 0.36g, k = 1.8 × 10⁴ N/m,s = 1.2 cm
Find :
[tex]∆PE_g= ?[/tex]
Solution:
a.)[tex]PE_I = ½ :k: s² = ½ (1.8 × 10⁴ N/m) (0-0.012 m)² \ PE_I = -1.3 j[/tex]
➡ Negative sign denotes that the spring lost elastic energy as it went from it’s initial compressed position to its final relaxed position at s= 0
b.) [tex]PE_I = KE = ½ m:v² \ = 1.3 J = ½ (0.36×10 {}^{ – 3} kg) v²[/tex]
[tex]v = sqrt{ frac{2(1.30)}{0.36 times 10 {}^{ – 3} } } = boxed{sf red8red5 m/s}[/tex]
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