Answer:
M = 3 + 5n
Step-by-step explanation:
In this scenario, we have one fixed value which is the initial 3 lawns that he mowed on his first day. After that, he mowed 5 lawns but we are not given the number of days therefore this will be represented by the variable n. Using this information we can create the following model.
M = 3 + 5n
As mentioned above, the variable n represents the number of days that Carmelo has worked mowing lawns while the variable M represents the total number of lawns that Carmelo mowed.
Surface area of a rectangular prism = 2(wl + hl + hw)
l = 13
w = 10
h = 4
SA = 2((10*13) + (4*13) + (4*10))
SA = 2((130 + 52 + 40))
SA = 2(222)
SA = 444 inches^2 <===
Answer:
The integral is the probability that the tire will fail in at some point between 26000 and 32000 miles.
Step-by-step explanation:
Consider the provided integral.
It is given that the tires are guaranteed to last for 30,000 miles, but some will fail sooner and some will last many more miles beyond 30,000.
And f(L) be the probability density function for the random variable L.
According to the probability density function (PDF):
The PDF is used to determine the likelihood of a random variable falling within a specified range of values.
Thus, the integral:
Gives us the integral is the probability that the tire will fail in at some point between 26000 and 32000 miles.
Answer:
145.5x10 3
Step-by-step explanation:
145.5x10 raise to the power of 10