Answer:
no
Step-by-step explanation:
Distance = rate * time (I will abbreviate as d = rt)
d = rt, so r = d/t
r = 20mi/24min
= 0.833333 mi/min.
d = rt again for the new time
d = 0.8333333 mi/min * 6 min = 5 miles
Answer: 100c +34
Step-by-step explanation: I believe you add 88c and 12c together which simplifies the expression to 100c + 34 in total cost.
Answer:
the guarantee period should be less than 136010 miles
Step-by-step explanation:
From the given information;
Let consider Y to be the life of a car engine
with a mean μ = 170000
and a standard deviation σ = 16500
The objective is to determine what should be the guarantee period T if the company wants less than 2% of the engines to fail.
i.e
P(Y < T ) < 0.02
For the variable of z ; we have:


Now;


From Z table ;
At P(Z < -2.06) ≅ 0.0197 which is close to 0.02





Thus; the guarantee period should be less than 136010 miles
Subtract mm from both sides
-4=2m-m−4=2m−m
2 Simplify 2m-m2m−m to mm
-4=m−4=m
3 Switch sides
m=-4m=−4