Answer:
the blood from carrying oxygen to the tissues of the body
Explanation:
Answer:
is the distance from the target before which the pilot must release the canister.
Explanation:
Given:
- height of the plane,
- horizontal speed of plane,
<u>Time taken by the canister to hit the ground:</u>
using equation of motion
where:
initial vertical velocity of the canister = 0 (since the the object is dropped from a horizontally moving plane)
time taken to hit the ground
<u>Now the horizontal distance travelled by the canister after dropping:</u>
is the distance from the target before which the pilot must release the canister.
P = m x g
P = Weight force = 55.54 N
M = Mass = ? kg
G = Gravity = 9.83 m/s^2
-> 55.54 = m x 9.83
-> m = 55.54/9.83
-> m = approximately 5.65 kg
Answer: The mass of the object is approximately 5.65 kg.
The length of the wire is 36 m.
<u>Explanation:</u>
Given, Diameter of sphere = 6 cm
We know that, radius can be found by taking the half in the diameter value. So,
Similarly,
We know the below formulas,
When equating both the equations, we can find length of wire as below, where
The value gets cancelled as common on both sides, we get
The value gets cancelled as common on both sides, we get