Which of the following expressions are equivalent to -3 x 3 x -4/9

2 answers:

6 0

The answer is (A) because if you look closely you can tell that they are the same and I also took a test and got this answe

beks73 [17]2 years ago

3 0

None of the above! It’s always none of the above if it’s an option

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Three security cameras were mounted at the corners of a triangular parking lot. Camera 1 was 106 ft from camera 2, which was 133

Harrizon [31]

Correct Answer:
Option C. Camera 2

The greatest angle is always opposite to the side measure greater in length. So first we find the greatest side.

The distance between cameras is:

Camera 1 and Camera 2 : 106 feet
Camera 2 and Camera 3 : 133 feet
Camera 1 and Camera 3 : 151 feet

So the largest side of the triangle is the side between camera 1 and camera 3. So the camera opposite to this side will have to cover to greatest angle. The camera opposite to this side is Camera 2. This scenario is also shown in figure below.

Therefore, Camera 2 had to cover the greatest angle.

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3 years ago

R\6 = 8<br> what does r equal?

madam [21]

R/6 = 8
r = 8x6
r = 48

8 0

3 years ago

Help! please answer, an explanation would be great too.

swat32

Answer:

the top one as highlighted

Step-by-step explanation:

y=Mx+c is the equation for a straight line

C is the intercept as it is at 0 it can be dropped from the expression as adding or taking away 0 makes no difference to the end value.

m is the slope

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2 years ago

What is the range of the function on the graph

Svetradugi [14.3K]

Answer:

where is the graph

Step-by-step explanation:

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3 years ago

The HIM Supervisor conducted a timely performance evaluation for one of her employees and awarded the employee a 4% merit increa

suter [353]

We have been given that the HIM Supervisor conducted a timely performance evaluation for one of her employees and awarded the employee a 4% merit increase. The employee's hourly salary is presently $7.10. We are asked to find the hourly salary of the employee after this merit increase is applied.

To solve our given problem, we need to find 4% of present hourly salary and add it to hourly salary as:

$\text{Hourly salary after the merit increase}=\$7.10+\$7.10\times \frac{4}{100}$