Answer:
<h2>
2113 seconds</h2>
Explanation:
The general decay equation is given as , then;
where;
is the fraction of the radioactive substance present = 1/16
is the decay constant
t is the time taken for decay to occur = 8,450s
Before we can find the half life of the material, we need to get the decay constant first.
Substituting the given values into the formula above, we will have;
Half life f the material is expressed as
Hence, the half life of the material is approximately 2113 seconds
The only type of passages allowed in floor hockey includes push passes and the wrist shot
4959167 is how many cubic meters in 10,000 gallons of water
Answer: 529.9 Hz
Explanation:
Here we need to use the Doppler equation, so we have:
f' = f*(v + v0)/(v - vs)
Here, f is the frequency = 500Hz
v is the velocity of the wave, = 334m/s
v0 is the velocity of the observer = 20m/s
vs is the velocity of the source = 0m/s
Then we have:
f' = 500Hz*(334m/s + 20m/s)/(334m/s) = 529.9 Hz
Answer:
The kinetic energy would decrease because it has less mass
Explanation:
A battery