Well at the fourth half-life it would be 6.25% so if you continue calculating the answer would be B.
One example is the wind especially in this weather in nyc i weigh 120 pounds and when I’m walking the wind blows so hard that it’s force pushes me sometimes i stand still or look for something to grab on so that i don’t fly away lol.
Explanation:
1 .Theories are not as accurate as laws
2 Both of them are based on scientific events
3. theories are opnions
4 .laws are fixed
5. not all theories are scientific
Answer:
1239.216 km
Explanation:
The speed of the transverse = 8.8km/s
The speed of the longitudinal = 5.9km/s
distance = speed x time,
8.8km/s x trans_time = 5.9km/s x long_time
8.8 / 5.9 = long_time / trans_time
1.49 = long_time / trans_time
long_time = 1.49 trans_time
the transverse wave was 69s faster than longitudinal,
trans_time - long_time = 69s
trans_time - 1.49trans_time = 69s
0.49 trans_time = 69
trans_time = 69 / 0.49 = 140.82s
long_time = 140.82 - 69 = 71.82s
the distance of the earthquake;
distance = 8.8 x 140.82 = 1239.216 km
