Answer:
The time of the second observer at the end of the car motion is 27 s
Explanation:
Initial time of the first observer, t₁ = 262 s
final time of the first observer, t₂ = 375 s
The time of the car motion, t = t₂ - t₁
t = 375 s - 262 s
t = 113 s
Initial time of the second observer, t₁ = -86 s
final time of the second observer, t₂ = ?
The time of the car motion, t = t₂ - t₁
113 = t₂ - t₁
113 = t₂ - (-86)
113 = t₂ + 86
t₂ = 113 - 86
t₂ = 27 s
Therefore, the time of the second observer at the end of the car motion is 27 s
Answer:
I think they mean it is really fast or fast paced
Explanation:
Answer:
- <em>Abbie’s acceleration is (1/2) Zak’s acceleration.</em>
Explanation
1. <u>Data</u>:
a) ω = constant
b) Abbie: r₁ = 1 m
c) Zak: r₂ = 2 m
d) Ac₁ = ? Ac₂
2. <u>Formulae</u>
3. <u>Solution</u>:
a) Abbie:
b) Zack:
c) Divide Ac₁ / Ac₂
- Ac₁ / Ac₂ = ω² (1m) / [ω² (2m) ] = 1/2
⇒ Ac₁ = (1/2) Ac₂ = Ac₂ / 2 = 0.5 Ac₂
<u>electrial</u><u> </u>
<u> </u><u>In an electrical circuit, electric current flows through the closed path</u>
<u>magnetic</u><u> </u><u>circuit</u><u> </u>
<u>In the magnetic circuit, magnetic flux flows through the closed path</u>
Answer:
The density of Saturn is 686.81 kg/m³.
Explanation:
Mass of Saturn, 
Volume of Saturn, 
Density of Saturn is given by its mass divided by its volume i.e.
So, the density of Saturn is 686.81 kg/m³.
The density of water is 1000 kg/m³. It is clear that the density of Saturn is less than water.
