Answer:
Type II errors ( false null hypothesis yet accepted by the test)
Explanation:
Errors in the hypothesis test are two and they are:
Type I errors: which occur if there is a true null hypothesis but test opposes it.
Type 2 errors: which occur if there is a false null hypothesis but the test acknowledges it as true.
When building a bridge, engineers will consider the weight and environment or types of load the bridge will encounter over a stretch of time.
In the construction of a bridge, security is a must to be guaranteed, risk of falling into a type II error can never be accepted.
So as seen in this scenario, Type II errors are the worst that can be falling into.
Answer:
Type II error.
Explanation:
H1: There is a significant difference between the bridge stress and the load capabilities.
H0: There is no significant difference between the bridge stress and the load capabilities.
There are two type of hypothesis:
Type 1 error occurs when a null hypothesis is true yet it was been rejected
Type 2 error occurs when a null hypothesis is false and you fail to reject it but accept it.
The worse type of error the engineer can make is to jeopardizes the safety of the commuter that will travel on the bridge since quality ,security and standard is a watchword.
The engineer commit Type II; the engineer deems the bridge safe and moves onto construction even though it is not actually safe.
