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3 years ago

What is the algebraic expression for the following word phrase the quotient of 3 and z

Mathematics

2 answers:

stich3 [128]3 years ago

7 0

3/z, 3 divided by z! Its easy, what does quotient mean?

IRISSAK [1]3 years ago

3 0

Answer:

$\frac{3}{z}$ .

Step-by-step explanation:

Given : phrase the quotient of 3 and z.

To find :what is the algebraic expression for the following word phrase .

Solution : We have given

Phrase the quotient of 3 and z.

We get the quotient when we divide the two terms.

So , We need to divide 3 and z to get the quotient.

Quotient = $\frac{3}{z}$ .

Therefore, $\frac{3}{z}$ .

You might be interested in

A rectangle has perimeter, P, length, land width, w. Which of the following represents lin

almond37 [142]

Answer:

$l=\frac{P}{2}-w$ .

Step-by-step explanation:

The perimeter of a rectangle is the sum of it's side lengths.

A rectangle has 4 sides where it's opposite sides are congruent.

So if one side has measurement w, then there is another side that has measurement w.

If there is one side that has measurement l, then there is another side that has measurement l.

So if you add w+w+l+l you get 2w+2l.

They are giving us that the perimeter is P, so P=2w+2l.

we are being asking to solve for l.

P=2w+2l

First step: Isolate term that contains the l, so get 2l by itself first.

We are going to subtract 2w on both sides giving us:

P-2w=2l

2l=P-2w

Now that we have 2l by itself it is time to perform the last step in getting l by itself.

Second step: Divide both sides by 2.

This gives us:

l=(P-2w)/2

You may separate the fraction like so:

$l=\frac{P-2w}{2}=\frac{P}{2}-\frac{2w}{2}=\frac{P}{2}-w$ .

I don't know your options but I have solve for l in terms of P and w

and got $l=\frac{P}{2}-w$ .

Please let me know if you have further questions with this problem.

4 0

3 years ago

How can you construct perpendicular lines and prove theorems about perpendicular lines

omeli [17]

Answer:

See descriptions below.

Step-by-step explanation:

To construct a perpendicular bisector, draw a line segment. From each end of the line segment, draw arcs above and below which intersect from each side. Be sure to maintain the same radius on each. Where the arcs intersect above and below, mark points. Connect these two points. This is a perpendicular bisector.

To prove theorems about parallel lines, use angle relationships. For instance, when two parallel lines are cut by a transversal, specific angle are congruent. When these relationships are congruent, you must have parallel lines: