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4 years ago

ANSWER ONE AND TWO ILL GIVE YOU BRAINLIST!!!

Mathematics

1 answer:

Dima020 [189]4 years ago

7 0

Step-by-step explanation:

Radius of of the table cloth = diameter/2 = 30/2 = 15 inches

Area of the table cloth

$A = \pi r^2 \\\\= \pi (30)^2 \\\\= \pi\times 900\\\\= 900\pi$

Area of the table cloth $= 900\pi\: inches^2$

Radius of circular garden = 3 m

Area of circular garden

$A = \pi r^2 \\\\= \pi (3)^2 \\\\=\pi\times 9\\\\=9\pi$

Area of circular garden $=9\pi\: m^2$

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The following repeating decimal[tex](1.33333...) is a:

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Answer is A.Rational number

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Why do non STEM majors detest taking algebraic courses at the collegiate level?

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Answer:

Because they find it hard to pass in the past.

Step-by-step explanation:

Non-STEM majors detest taking algebraic courses at the collegiate level because based on their past experiences in high school, whereby they probably do not excel in algebra, numbers, or mathematical subjects in general, the thought of going through advanced numbers and equations can be overwhelming.

Nobody wants to have or at least start college with poor grades. Hence, because non-STEM students find algebraic courses hard to pass in the past, they detest taking the course that has to do with it at the college level.

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3 years ago

336 divided by 12 using partial quotients

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Answer:

The partial quotients are 20 and 8. The quotient is 28.

Step-by-step explanation:

The dividend is 336 and divisor is 12.

Find the easy factors of 12, which are less than 336.

$12\times 10=120$

$12\times 20=240$

$12\times 30=360$

Since 360>336, therefore 30 cannot be a partial quotient.

So, 20 is a partial quotient. Subtract 240 from 336. Apply this process till the dividend become 0.

The remaining dividend is

$336-240=96$

Find the easy factors of 12, which are less than 96.

$12\times 8=96$

The number 8 is a partial quotient.

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Now the dividend is zero, so the partial quotients are 20 and 8. The quotient is the sum of partial quotients

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The quotient is 28.

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3 years ago

Write an equation for the cubic polynomial functior

d1i1m1o1n [39]

So, the cubic polynomial function is $x^3-10x^2+31x-30=0$

No, none of the roots have multiplicity.

Step-by-step explanation:

We need to write an equation for the cubic polynomial function

whose graph has zeroes at 2, 3, and 5.

Zeros mean:

x=2, x=3 and x=5

x-2=0, x-3=0 and x-5=0

Multiplying all the factors:

$(x-2)(x-3)(x-5)=0\\(x-2)(x(x-5)-3(x-5))=0\\(x-2)(x^2-5x-3x+15)=0\\(x-2)(x^2-8x+15)=0\\x(x^2-8x+15)-2(x^2-8x+15)=0\\x^3-8x^2+15x-2x^2+16x-30=0\\x^3-8x^2-2x^2+15x+16x-30=0\\x^3-10x^2+31x-30=0\\$

So, the cubic polynomial function is $x^3-10x^2+31x-30=0$

No, none of the roots have multiplicity, A root has multiplicity if it appears more than 1 time. Like if (x-1)^2 is a root then 1 has multiplicity 2

Keywords: Polynomial Function

Learn more about Polynomial Function at:

#learnwithBrainly

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3 years ago

What is the location of the point on the number line that is 3/7 of the way from A= -4 to B=17?

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