Answer:
3.4 rad/sec^2
Explanation:
rotational inertia = 2.5 kg-m^2 radius = 1.1 m force = 7.7 N
t = rotational inertia * angular acceleration equation 1
also t = force * radius
therefore to calculate angular acceleration equation 1 becomes
f * r = inertia * angular acceleration hence
angular acceleration = f * r / inertia = 8.47 / 2.5 = 3.388 ≈ 3.4 rad/sec^2
The answer is bSince it is very otherworldly and supernatural with a sophisticated interpretation.
c. Adipose tissue
Explanation:
The type of tissue that most likely will prevent a kidney from floating is an adipose tissue.
- Kidney floating is a rare condition in which the kidney is out of position.
- It is a rare condition in which the kidney drops to the pelvis when they stand up.
- The condition is medically known as nephroptosis.
- It is usually caused when the ligaments attaching the kidney to the body weakens.
- Each kidney is held in place by the renia fascia and is surrounded by the adipose tissues.
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Kidney brainly.com/question/9111691
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130 meters
to get the distance add 70 and60
First write down all your known variables:
vi = 25m/s
a = 7.0m/s^2
t = 6.0s
vf = ?
Then choose the kinematic equation that relates all the variables and solve for the unknown variable:
vf = vi + at
vf = (25) + (7.0)(6.0)
vf = 67m/s
The final velocity of the motorcycle is 67m/s.