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3 years ago

Which ordered triple is plotted?

Mathematics

1 answer:

Naddik [55]3 years ago

7 0

Answer:

(3,5,4)

Step-by-step explanation:

For x, y, z axis plots, we see how many units it goes in x direction(front/back), how many units in y(right/left) direction, and how many units in z direction (up/down).

Looking at the graph, we see that point goes in x-direction 3 units positive, so x point is +3.

Also, looking at y-direction, it goes 5 units to the right, which is +5 units. So y = +5

Then, the point then goes UP (which is positive z direction) 4 units, so that's z = +4

The ordered triple is (3,5,4)

2nd answer choice is right

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Flauer [41]

Answer:

176

Step-by-step explanation:

12x6=72

10x8=80

subtract the 12 with the 8 and get 4 and subtract the 10 with the 4 and get 6;

6x4=24

add it up

24+80+72=176

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3 years ago

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A previous analysis of paper boxes showed that the the standard deviation of their lengths is 9 millimeters. a packer wishes to

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3 years ago

two blocks of wood are shaped as right rectangular prism the smaller block has a length of 9 cm and a width of 3 cm and a height

AlexFokin [52]

Answer:

1512 cm³

Step-by-step explanation:

Formula

Volume of right rectangular prism = Length × Breadth × Height

As given

Two blocks of wood are shaped as right rectangular prisms.

The smaller block has a length of 9 cm, a width of 3 cm, and a height of 7 cm.

As given

The dimensions of the larger block are double the dimensions of the smaller block.

Length of the larger block = 2 × Length of the smaller block

= 2 × 9

= 18 cm

Breadth of the larger block = 2 × Breadth of the smaller block

= 2 × 3

= 6 cm

Height of the larger block = 2 × Height of the smaller block

= 2 × 7

= 14 cm

Put in the formula

Volume of larger wooden block = 18 × 6 × 14

= 1512 cm³

Therefore the volume of the wooden block is 1512 cm³ .

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3 years ago

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A man 6 feet tall casts a shadow that is 11 feet long. A building casts a shadow of 139 feet long. The building is tall. Round y

dmitriy555 [2]

Given:

Height of man = 6 ft

Height of man's shadow = 11 feet

Height of building's shadow = 139 feet

To find:

The height of the building.

Solution:

We know that the heights of the objects and there shadows are always proportional.

$\dfrac{\text{Height of man}}{\text{Height of man's shadow}}=\dfrac{\text{Height of the building}}{\text{Height of building's shadow}}$

Let x be the height of the building.

$\dfrac{6}{11}=\dfrac{x}{139}$

Multiply both sides by 139.

$\dfrac{6}{11}\times 139=x$

$\dfrac{834}{11}=x$

$75.8181...=x$

$x\approx 75.8$

Therefore, the building is 75.8 feet long.

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3 years ago

One of my last ones i need

grandymaker [24]

angle EPF = angle DPG

=> 4x + 48deg = 7x

=> 3x = 48 deg

=> x = 16

=> angle EPF = 4(16) +48 = 112deg

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3 years ago