DESIGNED TO INCREASE YOUR PROFIT MARGIN
A highly specialized shovel machine developed for modern highspeed loading and product movement requirements. Mobility of
big rubber wheels makes the Kimco Hough JH-30B Payloader an
efficiency expert in agility. It reaches and goes around obstructions where track-type loaders cannot. Features a simple rugged
boom with extra reach for maximum digging and breakout. Full
reversing, "non-stop" power-shift transmission. Choice of
gasoline or diesel power.
There are two sizes in the Kimco Hough Payloader line - the
JH-30B - capacity 3500 pounds and the JH6, capacity 5500 INTERNATIONAL
pounds. There you go you can do it
The answer to the question is: Yes.
Explanation: It can be solved by following exactly the same procedures
that solved the other two questions that you posted within the past 15 minutes.
Since I'm here already, here is the solution to this one:
6x² + 18x = 0
Divide each side of the equation by 6 :
x² + 3x = 0
Factor the left side:
x(x+ 3) = 0
This statement is true if x=0 or if x=3.
The solution to this one is even the same as the solution to the last one you posted.
You really ought to take a break, go back, review the solutions you've been given,
and try to solve a few on your own.
Answer:
-554 - 600 = -1154
the store's balance is $ -1154.00
Using the z-distribution, it is found that:
- The 95% confidence interval is of -1.38 to 1.38.
- The value of the sample mean difference is of 1.74, which falls outside the 95% confidence interval.
<h3>What is the z-distribution confidence interval?</h3>
The confidence interval is:
In which:
is the difference between the population means.
In this problem, we have a 95% confidence level, hence
, z is the value of Z that has a p-value of 
, so the critical value is z = 1.96.
The estimate and the standard error are given by:
Hence the bounds of the interval are given by:
1.74 is outside the interval, hence:
- The 95% confidence interval is of -1.38 to 1.38.
- The value of the sample mean difference is of 1.74, which falls outside the 95% confidence interval.
More can be learned about the z-distribution at brainly.com/question/25890103
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