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3 years ago

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Jim Abbott purchased a $58,000 recreational vehicle (RV) with a 45 percent markup on selling price. a. What was the amount of th

e dealer’s markup? Markup amount $ b. What was the dealer’s original cost? Original cost $

1 answer:

BARSIC [14]3 years ago

6 0

01010100100101010101

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Write the expression in simplest form:<br><br> 5n - 6 + n - 1

nata0808 [166]

To write this equation in simplest form, we simply need to combine all like terms. The like terms in this particular expression are the terms with an n-variable and the terms with no variable. So we can combine them to simplify our expression.

5n - 6 + n - 1

First step, we can reorder our terms so that like terms are near each other

5n + n - 6 - 1

Now we can combine easily

(5n + n) - (6 - 1)

6n - 5

And that is your simplified expression.

5n - 6 + n - 1 in simplest form is 6n - 5.
Hope that helped! =)

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3 years ago

The booster club needs to raise at least $6,000 for new football uniforms. So far, they have raised $1,200.

lana66690 [7]

Answer:

• Let x be the number of members

• In inequalities, at least means greater or equal ( ≥ )

${ \underline{ \mathfrak{ \: answer : }}}$

${ \boxed{ \boxed{ \rm{x + 1200 \geqslant 6000}}}}$

• To get the average, substitute for x as 99 and amount collected by each member

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3 years ago

Blue Bird began at the location (6,0) and hit the ground at (26,0). Write a polynomial equation that could represent his flight

Bogdan [553]

Skjsbdksnsnsmsmznsjdhsbdjdns

6 0

3 years ago

Graph the equation below by plotting the y-intercept and a second point on the line.

Solnce55 [7]

I don’t know if this helps but…

Slope: 2/3

Y-intercept: (0,-4)

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2 years ago

1) The astronaut's sense of imbalance in a space flight is due to the rotation of a device in which he or she feels a fictitious

max2010maxim [7]

Answer:

n = 0.38 rotation per second

Step-by-step explanation:

The device rotates according to the mathematical equation :

$n=\dfrac{g^{0.5}}{2\pi r^{0.5}}$ ...(1)

Where n is the rotational speed and is measured in rotations per second (s).

r is radius of the circulator and is measured in meters (m).

We need to find the rotational speed when radius is 1.7 m. Put r = 1.7 m in equation (1).

$n=\dfrac{(9.8)^{0.5}}{2\pi \times (1.7)^{0.5}}\\\\=0.38\ \text{rotations per second}$

Hence, the rotational speed is 0.38 rotation per second.

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3 years ago