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3 months ago

5

You are at an pear picking farm and they allow you to pick up to 50 pears a day. Today, you have already picked 14 pears. Which

inequality below would represents how many pears you can still pick, p?

1 answer:

Liono4ka [1.6K]3 months ago

3 0

step 1

Subtract 14 from 50

50-14=36

so

$p+14\leq50$

If you solve for p

$p\leq36$

the answer is the second option

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a(t)=(t−k)(t−3)(t−6)(t+3) is a polynomial function of t, where k is a constant. Given that a(2)=0 , what is the absolute value o

tiny-mole [99]

First, we need to define k because it is a missing zero;

Knowing that a(2)=0;

a(t)=(t-k)(t-3)(t-6)(t+3)
a(2)=(2-k)(2-3)(2-6)(2+3)=0
(2-k)(-1)(-4)(5)=0
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(2-k)=0/20
2-k=0
2=k

Therefore, the final equation is a(t)=(t-2)(t-3)(3-6)(t+3) with the zeros being (2, 3, 6, -3)

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2 years ago

?<br> What are the roots of the equation x2 + 58 = 4?

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2 years ago

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Write an equation of the line that passes through (-6, 0) and (0, -24)

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Step-by-step explanation:

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2 years ago

Look at the figure shown below:

horrorfan [7]

Answer:

The Answer is $\frac{48}{48+36}$

Step-by-step explanation:

Let me draw this triangle for you as you haven't drawn the triangle.

To find the side SR , you have shown that

ΔPST ~(is similar to)ΔPRQ [AA]

As, you know when triangles are similar their sides are proportional.

So, $\frac{60}{60+x}=\frac{48}{48+36}\\\frac{60}{60+x}=\frac{48}{84}\\\frac{60}{60+x}=\frac{4}{7}\\240 +4x=420\\4x=420-240\\4x =180\\x=45$

You can solve this question using other way also

As, ST║RQ

then $\frac{PS}{SR}=\frac{PT}{TQ}$ ⇒ [ if in a triangle a line is parallel to a side

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2 years ago

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An equation is shown below:

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So you would do 5*2x +5*-8 +15=-15
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3 years ago

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