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3 years ago

9

Un fabricante de veleros está trabajando un velero donde el cliente le pidió que el área de la vela triangular fuera de 192 ft2

con una altura de 24 ft. ¿De cuántos pies se debe fabricar la base de la vela?

1 answer:

vladimir2022 [97]3 years ago

3 0

Yes bdndjsjshshdjbfbdbejsbsbdjsjsnrjrnbdnrnr fork

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Do the ratios 18/9 and 2/1 form a proportion

scoundrel [369]

Answer:

1. 2/1 its easy.

Step-by-step explanation:

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3 years ago

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The base of a triangle is 1/3 of a foot long and the triangle is 12 feet tall what is the area of the triangle

jok3333 [9.3K]

Answer:

Step-by-step explanation:

Base, b = 1/3

Height, h = 12feet = (12x 0.305)metres = 3.66m

Area of triangle= 1/2 bxh

A = 1/2 x 1/3 x 3.66

A = 0.61m^2

Or in feet's

Area of triangle = 1/2 bxh

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3 years ago

The equation x2+px−35=0 has one root that is equal to 7. Find the other root and the value of the coefficient p.

Usimov [2.4K]

For this case we have the following polynomial:
x2 + px-35 = 0
We can factor the polynomial.
Rewriting we have:
(x-7) * (x + a) = 0
The value of a is given by:
-7 * a = -35
a = 35/7
a = 5
Substituting we have:
(x-7) * (x + 5) = 0
Therefore, the value of p is:
p = -7 + 5
p = -2
Answer:
the other root is:
x = -5
The value of the coefficient is:
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3 years ago

Here are the 30 best lifetime baseball batting averages of all time, arranged in order from lowest to highest:

ra1l [238]

Answer:

The correct answer is 0.320-0.329,0.330-0.339,0.340--0.349,0.350-0.359,0.360-0.369,0.370-0.379

Step-by-step explanation:

I couldn't get answer anywhere online so I took a guess and got it right and wanted to help everyone out. Good Luck :)

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3 years ago

Shelly and her family are riding the Pikes Peak Cog Railway. The table shows the approximate distances the train has covered at

Radda [10]

Answer:

The equation that can be used to find the distance (d), the train will travel in any number of minutes (m) is d=0.12m

Step-by-step explanation:

we know that

distance = $\frac{speed}{time}$

From the table below

CASE 1:

When time is 5 minutes and distance is 0.6 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{0.6}{5}$

speed = 0.12

CASE 2:

When time is 8 minutes and distance is 0.96 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{0.96}{8}$

speed = 0.12

CASE 3:

When time is 11 minutes and distance is 1.32 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{1.32}{11}$

speed = 0.12

CASE 4:

When time is 14 minutes and distance is 1.68 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{1.68}{14}$

speed = 0.12

CASE 5:

When time is 17 minutes and distance is 2.04 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{2.04}{17}$

speed = 0.12

CASE 6:

When time is 20 minutes and distance is 2.4 miles

Speed = $\frac{Distance}{time}$

Speed = $\frac{2.4}{20}$

speed = 0.12

In all the cases we get the speed as 0.12

Hence the equation can be

d = 0.12 m

where d is the distance(in miles) and m is the time(in minutes)

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3 years ago