B.) False
B. It will increase with descent.
C. It will decrease with descent.
the answer is not C i turned it in and got that question wrong.
the answer is B it will increase with descent
I turned it in the second time and i got it right
Answer:it will remain consent because it will be floating up instead of descending
so thats all i have hope i help
Explanation:
28.45 m/s
34.91 m/s
21.29 m/s
The initial velocity is 12.34 m/s
Explanation:
The vertical component of the initial velocity determines the maximum height.
The formula to apply is : v²=u²+2as , where
v=y-component, final velocity = 0 m/s
u= y-component of the initial velocity = ?
s= distance traveled = 2.3 m
a=acceleration due to gravity = -9.81 m/s²
Using the values in the equation
v²=u²+2as
0²=u²+2×2.3×-9.81
0=u²-45.126
45.126=u²
√45.126= u
6.7175 m/s
The vertical component of velocity is given by;
velocity*sin(angle with horizontal)
velocity=6.7175 / sin 33°
=12.338 m/s
=12.34 m/s
Learn More
Finding Initial velocity :brainly.com/question/1858995
Keywords : angle, maximum height, initial velocity, friction
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b. sound waves.
c. gamma rays.
d. radio waves.
Sound waves are longitudinal waves. All are the examples of Electromagnetic waves except the sound wave.
EM Waves:
EM waves are transverse waves means the propagation of the wave is the perpendicular the the wave oscillation.
Sound waves:
These are the longitudinal waves because the propagation of the wave is parallel to the vibration of particles.
Therefore, all are the examples of Electromagnetic waves except the sound wave.
To know more about sound wave,