Answer:
He is pink panther. How nerdy does he sound?
Explanation:
Answer:
Explanation:
Saturn orbital period
p(s)= 29.46years
Average distance
a(s) = 9.54AU
Venus orbital period
p(v) = 0.62 years
a(v) ?
Using Kepler's third law
a³ ∝p²
a³ = kp²
a³/p² = k
Where
a is the distance if planet from sun
T is the period of the planet
Then,
a(Venus)³/p(venus)² = a(saturn)³/p(saturn)²
a(v)³/p(v)² = a(s)³/p(s)²
a(v) ³/ 0.62² = 9.54³/29.46²
a(v) ³/ 0.62² = 1.0004
a(v)³ = 1.0004× 0.62²
a(v)³ = 0.3846
a(v) = cube root(0.3846)
a(v) = 0.727 AU
Answer:
transformers
Explanation:
A transformer is a device that increases or decreases voltage.
Answer: t = 10s
Explanation:
Assuming there's no air resistance,
Initial velocity (u) = 0 m/s
Acceleration by gravity (a) = 9.81 m/s^2
Displacement (s) = 500m
Time taken (t) = ?
Now,
Use formula,
s = u×t + (1/2)×a×t^2
s = 0×t + (1/2)×9.81×t^2
500 = 4.905×t^2
t = 10s
The correct answer is 78.4 N
The coefficient of friction is the measure of the amount of friction that exists between any two bodies.
Here, we are given,
Force = 196 N
Coefficient of Kinetic friction μ(k)= 0.4
Kinetic friction is directly proportional to the magnitude of force of friction and thus can be calculated as -
= μ x N
= 0.4 x 196
= 78.4 N
Therefore, the magnitude of force of friction on normal force of 196 N and coefficient of kinetic friction 0.4 is 78.4 N.
To learn more about friction, refer: brainly.com/question/13000653
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