The acceptable measurement of the length of the piece of paper is 3.5 cm.
<h3>What is measuring accuracy of a ruler?</h3>
The measuring accuracy of ruler determines how precise or accurate the length of an object is measured.
The limit of accuracy of a ruler is indicated by how "precisely" you can read the length on that ruler's scale—that is, how well you can estimate between the marks.
In a ruler the distance between the closest marks is 0.1 cm.
This implies that the measuring accuracy of meter rule is 0.1 cm.
The acceptable measurement of the length of the piece of paper is calculated as follows;
length = (3 cm + 4 cm)/2 = 3.5 cm
Thus, the acceptable measurement of the length of the piece of paper is 3.5 cm.
Learn more about measuring accuracy of meter rule here: brainly.com/question/16548360
#SPJ1
Answer:
Have you ever noticed that the night sky in winter looks different than the summer? We see constellations at different times of the year - spring, summer, fall, & winter. This occurs because the Earth is orbiting the Sun. ... In summer, we see the opposite (we see Scorpius at night and Orion is in the sky during the day).
The equation of the function is assumed to be a straight line is of the form,
, where
are the gradient and the y intercept respectively.
The gradient is computed using the formula for the gradient, i.e
.
The equation of the line is,
The equation of the function is ,
.
The value of the x-coordinate when the y coordinate is 0 is found as shown below.
.
so the x-coordinate is 1.
Hello!
Answer:
They utilize differences and similarities because some things look almost identical but like one or more things are different about another.
Explanation:
Like a lizard, two lizards have the same face, body shape, etc. but the markings are different, that allows scientists to identify the type of lizard the lizards are, because of the difference.
Hope this helps!
-Starr