Into what two categories could you classify this traingle

Which would be the most economical way for the couple to purchase health insurance?

iragen [17]

I think the answer is A

3 0

3 years ago

Read 2 more answers

Distributive 7(5+x)

Misha Larkins [42]

Answer:

35 + 7x

Step-by-step explanation:

Distribute

7x5=35

7x(x)=7x

7x +35

5 0

4 years ago

The midpoint of AB is M(-2,-4). If the coordinates of A are (-3,-5), what are the coordinates of B?

Luba_88 [7]

Answer:

B(-1,-3)

Step-by-step explanation:

let the coordinates of B be (x,y)

Mid point of AB = (x₁+ x₂/2, y₁+y₂ /2)

= (-3 +x/2 , -5+y/2)

Mid point of AB is M(-2,-4)

(-3 +x/2 , -5+y/2) = (-2, -4)

-3 + x /2 = -2 ; -5+y/2 = -4

-3 + x = -2 * 2 ; -5 + y = -4 * 2

-3 + x = -4 ; -5 + y = -8

x = -4 +3 ; y = -8 +5

x = -1 ; y = -3

B(-1,-3)

3 0

3 years ago

What is the equation of the line that contains the point (–5, –1) and has a slope of 4? Write in slope-intercept form.

Ugo [173]

If you need another way to solve let me know.

5 0

3 years ago

Someone help me ASAP!!!

Mila [183]

Given : Anne buys 600 packets of mints.

Given : Of these 600 packets of mints, 34% are small packets and 40% are large packets.

$:\implies$ Total % of small and large packets is (34 + 40) = 74%

It means : The remaining percentage is of the medium packets of mints which were brought by Anne.

$:\implies$ % of medium packets brought by Anne : (100 - 74) = 26%

$:\implies \textsf{Number of medium packets brought by Anne : $\left(\dfrac{26}{100} \times 600\right)$}$

$:\implies \textsf{Number of medium packets brought by Anne : $\left(26 \times 6\right)$ = 156}$

Given : Ben buys 400 packets of mints.

$\textsf{Given : Of these 400 packets of mints, $\dfrac{3}{10}$ are small and $\dfrac{1}{10}$ are large}$

$\implies \textsf{Total fraction of small and large packets brought by Ben :$\left(\dfrac{3}{10} + \dfrac{1}{10}\right)$}$

It means : The remaining fraction is of the medium packets of mints which were brought by Ben.

$\implies \textsf{Fraction of medium packets brought by Ben : $\left(1 - \dfrac{3}{10} - \dfrac{1}{10}\right)$}$

$\implies \textsf{Fraction of medium packets brought by Ben : $\left(1 - \dfrac{4}{10}\right)$ = $\dfrac{6}{10}$}$

$:\implies \textsf{Number of medium packets brought by Ben : $\left(\dfrac{6}{10} \times 400\right)$}$

$:\implies \textsf{Number of medium packets brought by Anne : $\left(6 \times 40\right)$ = 240}$

Given : Chas buys 210 small packets of mints.

Given : Number of small packets : number of medium packets = 3 : 4

$\implies \mathsf{\dfrac{210}{number \ of \ medium \ packets} = \dfrac{3}{4}}$

$\implies \mathsf{Number \ of \ medium \ packets = \left(210 \times \dfrac{4}{3}\right)}$

$\implies \textsf{Number of medium packets brought by Chas = 280}$

Total number of medium packets of mints brought by these three shop keepers (Anne, Ben, Chas) are :

$:\implies$ (156 + 240 + 280)

$:\implies$ 676

5 0

3 years ago