2/3 of the product of 3/8and 16

Answers

Answer 1

Answer: 3/8 * 16 = 6.
2/3 of 6 is 4
^ There's your answer

Answer 2

Answer: 3/8*16/1.

16. 3
1. 8

Just jeep change flip then subtract

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If a sprinkler waters 1/12 of a lawn in 1/2 hour, how much time will it take to water the entire lawn?A). 7/12 hour

B). 1/6 hour

C). 6 hours

D). 10 hours

Answers

C) 6 hours

Reasoning : there are 12 30 minute sections inside of 6 hours so there for it is the only reasonable answer in this equation

it will take 6 hours to water the entire lawn

Help me plz it’s hard question

Answers

Answer:

I believe it's A

How can I solve this system of linear equation by substitution 3x+y=11 and -2x+y=1

Answers

We can answer this question by solving each equation for one variable, and then substituting.

3x + y = 11 Given
y = -3x + 11 Subtract 3x from both sides

This equation is now solved for y. Now, let's do the other equation. Make sure to solve it for the same variable.

-2x + y = 1 Given
y = 2x + 1 Add 2x to both sides

Now, let's set both equations equal to each other, since they both equal y.

2x + 1 = -3x + 11 Set both equations equal to each other
1 = -5x + 11 Subtract 2x from both sides
-10 = -5x Subtract 11 from both sides
2 = x Divide both sides by -5

Now, let's substitute x in for one of the equations we found earlier, so that we can find y.

y = 2x + 1 Given
y = (2)(2) + 1 Substitute the x-value, 2
y = 4 + 1 Multiply
y = 5 Add

So, x = 2 and y = 5.

Hope this helps!

First will make Equation take on the form of y = mx + b. I've cchosen the second Equation:

y = 2x + 1

Now substitute this equation in for y into the other equation and solve:

3x+y = 11
3x+ (2x + 1)=11
5x + 1 = 11
5x = 11 - 1
5x/5= 10/5
x = 2

You can now plug this x-value back into either equation, and solve for y:

y = 2(x) + 1
y = 2(2) + 1
y = 5

Find the lengt of side c ofa triangle. If sides ais 1 and side bis 20?

Answers

The pyhtagorean states that to find c, use the eqaution, $c^2=a^2+b^2$ .
Substitute 1 for a and 20 for b;
c^2=1+400
c^2=401
c= $\sqrt{401$
which is about 20.02
Hope this helps.

If the lengths of two of the sides of a triangle are 1 and 20,
then the third side can be any length between 19 and 21.

It's not possible to calculate it exactly until we know
more information about the triangle.

For example, if the triangle is a right triangle,
then the length of the third side is

either √401 = roughly 20.025

or √399 = roughly 19.975 .

Which statement can be used to prove that the two triangles are congruent? A: the HL Theorem

B: the Angle-Side-Angle Postulate (ASA)

C: the Angle-Angle-Side Theorem (AAS)

D: the SAS Postulate

Answers

Answer:

HL Theorem

Step-by-step explanation:

Here, we see that both triangles have a right angle, making them right triangles. We know that the hypotenuse must be equivalent, as it is the same line. Furthermore, we see that one of the legs from each triangle are equivalent. Therefore, we can use HL Theorem to prove these triangles are equal.

Answer:

The SAS postulate

Step-by-step explanation:

Longer lengths of the two triangles are equal (S)

The triangles are reflected about the line where their equal hyputenuses meet (S)
The right angle of one triengle is equal to the right angle of the other triengle (A)

Thus the two triangles are congruent as evidenced by the SAS postulate.

8x-2=-9+7x Can someone help me?