Answer:
On the average, estimates will be either be 0.2 meters too short or too long.
Step-by-step explanation:
Standard deviation is normally used to show how the actual value of a variable in a given sample deviates from the mean or average value of the sample. The deviation could be slightly more or less than the average value by the value of the standard deviation. Therefore, in this question, the standard deviation shows that the estimates could be 0.2 m short or more than the mean.
Answer:
roast beef is 48
Step-by-step explanation:
vegetarian is 32
The following
statements are true by definition:
The side
opposite ∠L is NM.
The side
opposite ∠N is ML.
The side
opposite to the angle should not contain any letter of that side.
<span>The following
statements are not essentially true because we have no idea if triangle LNM
is a right triangle (if it is, then we do not know what the hypotenuse is):</span>
The
hypotenuse is NM.
The
hypotenuse is LN.
<span>The following
statements are not true:</span>
The side
adjacent ∠L is NM.
The side
adjacent ∠N is ML.
They are not
true because the side adjacent to an angle should have its letter on the side.
For example, the side adjacent to ∠L should be LN or LM and
for ∠N it should be NM or NL.
<span> </span>
To find the volume of the larger stockpot, you will need to find the radius using proportional reasoning.
Use the following proportion to solve for the radius of the large stockpot.
<u>height </u> <u>10 in</u> <u>16 in</u>
radius 2.5 in x in.
10x = 2.5 x 16
10x = 40
x = 4 in.
The radius of the larger stockpot is 4 in.
V = pi x r^2 x h
3.14 x 4^2 x 16
V = 803.84 cubic inches
The volume of the larger stockpot is approximately 803.84 cubic inches.