The performance of a cyclist in a race is affected by whether it rains or not that day. The probability the cyclist crashes is 5
1 answer:
To solve this problem, we have to consider the fact that if the probability that the cyclist may crash due to some circumstance. The probability the cyclist doesn't crash at any given day is 3/8
<h3>Probability</h3>The probability the cyclist crash when it's wet or dry will be the
- P(wet) = 5/8
- P(dry = 1/8
The probability the cyclist crash on any given day is
we can subtract 1 from the value above to find the probability the cyclist doesn't crash at any given day
The probability the cyclist doesn't crash at any given day is 3/8
Learn more on probability here;
#SPJ1
You might be interested in
<h3>Answer is 0</h3>
===========================================================
Explanation:
Logarithms are used to solve exponential equations. Specifically if you have a variable in the exponent, then you use a log to isolate the variable.
If we set the given log expression to x, then we can rewrite it into 8^x = 1. The only value of x that works is x = 0.
------------
Or put another way,
8^x = 1
8^x = 8^0 ... replace the 1 with 8^0
x = 0 ... the bases are equal (to 8) so the exponents must be equal
------------
You can use the change of base formula to directly calculate this log