Pretty certain it’s 416.25 meters
I used the speed formula
Speed = distance travelled / time interval
Then I isolated the distance by multiplying time interval on both sides of the equation
92.5 m/s = X
—- (4.5s) to isolate X
4.5 s
(4.5 s) 92.5 m
— (the seconds will cancel out) = 416.25 meters
S
Answer:
layers of cotton lining the interior
Explanation:
Answer:2. The number of miles driven and the amount of gas used.
Explanation:
During the period of constant acceleration, the car's average speed is (1/2) (16 + 32) = 24 m/s.
At that average speed, it covers 240 meters in 10 seconds.
Answer:
0.68 m
Explanation:
Since the volume of water is 310 L, and we know that 1 litre = 1 dm³. So the volume of water is V = 310 dm³. Since this volume of water is the volume of water the cubical steel tank can contain, it equals the volume of the cubical steel tank.
We know that the volume of the cubical steel tank V = L³ where L is the length of side of the cube on the inside.
So the length of side of the cube L = ∛V = ∛310 dm³ = 6.77 dm = 6.77 dm × 1m/10 dm = 0.677 m ≅ 0.68 m
So, the smallest possible inside length of the tank is 0.68 m