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dangina [55]
3 years ago
7

Write a numerical expression for the verbal expression.

Mathematics
2 answers:
zysi [14]3 years ago
7 0

Answer:

The verbal expression would look like 36+14/(2x5) in a numerical expression

dmitriy555 [2]3 years ago
6 0

Step-by-step explanation:

The numerical expression is:

(36 + 14) / (2 * 5).

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A builder wants to build the bridge whose cross section is shown in the diagram. Two companies offer simple bids on building the
leva [86]

The length of the bridge is the distance from the beginning to the end.

<em>The distance b between each beam is 9ft.</em>

Let:

<em />I \to<em> I-Beam</em>

<em />d_I \to<em> distance between I beam and the bridge</em>

<em />b \to<em> distance between each I beam</em>

<em />

Given that:

I = \frac 34 ft\\

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<em />Length = 55ft\ 6in<em> --- length of the  bridge</em>

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From the diagram (see attachment), there are: 6 I-beams.

So, the length of the 6 I-beams is:

L_1 = 6 \times I

L_1 = 6 \times \frac 34

L_1 = \frac {18}4

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There are 2 I-beams beside the bridge

So, the distance between the 2 I-beams and the bridge is:

d_1 =2 \times d_I

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There are 5 spaces between the I-beams

So, the length of the total spaces is:

L_2 = 5 \times b

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So, we have:

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Collect like terms

5b = 55ft\ 6in - 4.5ft - 6ft

5b = 44.5ft\ 6in

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5b = 44.5ft\ + \frac{6}{12}ft

5b = 44.5ft\ + 0.5ft

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Divide both sides by 5

b = 9ft

<em>Hence, the distance (b) between each beam is 9ft.</em>

Read more about lengths at:

brainly.com/question/22059747

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2 years ago
What is the value of x?
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