Caridad borrowed $15,500 at 11% ordinary interest for 120 days. After 70 days, she made a partial payment of $3,000. What is the final amount due on the loan? (Round to the nearest cent)

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Answer 1
Answer: 15 500 at 11% ordinary interest for 120 days.
=> 120 days = approximately 4 months.
=> 15 500 * .11 = 1705 dollars interest
=> 15 500 + 1750 = 17 205 dollars 
=> 
17 205 dollars  - 3000 dollars after 70 days = 14 205 dollars is the amount due

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AWARD BRAINLIEST FOR CORRECT ANSWER!!! NEED FAST PLEASE x

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I’ve attached my work!
Hope it help

Can someone plz help me out with this?

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Answer:

1. They are equal to 90°

2. They are both right angles so they are equal to 90° and they are on a straight line

3. An isosceles triangle has two sides of equal length

4. Right angles on a straight line

5. Isosceles triangle has two angles that are equal

Car A began a journey from a point at 9 am, traveling at 30 mph. At 10 am car B started traveling from the same point at 40 mph in the same direction as car A. At what time will car B pass car A? PLEASE show work!

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At 10 am, Car A is at 30 miles.

Then at 11 am, Car A is at 60 miles and Car B is at 40 miles

At 12 am, Car A is at 90 miles and Car B is at 80 miles

At 1 pm, Car A and B are tied for 120 miles

The very second after Car B passes Car A

Answer: 1:01 pm Car B Passes Car A

Lauren’s age can be represented by the expression 10m2. Kristen’s age can be represented by the expression 2m5.What is the ratio of Lauren’s age to Kristen’s age?

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The ratio of Lauren's Age to Kristen's Age =\rm5:m^3

Ratio of two numbers is a quantitative relationship between two numbers showing that  how one number is increasing or decreasing with respect to other number.

If a and b are two numbers then the their ratio r is represented by the equation  (1)

r = a:b......(1)

Lauren' s Age = 10m^2

Kristien's Age = 2m^5

For Finding out the ratio of two numbers we simply divide them.

Let x be the ratio of Lauren's age to Kristen's age, = x  = \rm10m^2/\rm2m^5.....(2)

On simplifying equation (2) we get

x = \rm5/m^3

So the ratio of Lauren's Age to Kristen's Age = \rm5:m^3

For more information please refer to the link below

brainly.com/question/21379025

Given: 
Lauren's age =  10 m^(2)
Kristen's age = 2 m^(5)

ratio of Lauren's age to Kristen's age = (10 m^(2) )/(2 m^(5) )
 
                                                      = (2  * 5* m^(2) )/(2* m^(5) )
                                            
                                                     = (5 )/( m^(5-2) )
          
                                                      = (5 )/( m^(3) )

So, the ratio is 5  :  m³


Which letter represents the opposite of 1/4 on the number line below

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The opposite of 1/4 is -1/4 which is represented by "L" on the number line.

The exact value of tan 5pi/12 is?

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Answer:

The exact value of \tan ((5\pi)/(12)) is 2+√(3)

Step-by-step explanation:

We need to calculate the exact value of \tan ((5\pi)/(12))

Since, \tan (x)/(2) = (1- \cos x)/(\sin x)

Put x= (5 \pi)/(6) in above

\tan ((5\pi)/(12)) = (1- \cos (5\pi)/(6))/(\sin (5\pi)/(6))

Since,

\cos (5\pi)/(6)}=(-√(3))/(2)

\sin (5\pi)/(6)}=(1)/(2)

\tan ((5 \pi )/(12)) = (1+(√(3))/(2))/((1)/(2))

\tan ((5 \pi )/(12)) = ((2+√(3))/(2))/((1)/(2))

\tan ((5 \pi )/(12)) = 2+√(3)

Therefore, the exact value of \tan ((5\pi)/(12)) is 2+√(3)

The exact value of tan(5π/12) is √(2/3).

How to determine the exact value of tan 5pi/12

The exact value of tan(5π/12) can be calculated using trigonometric identities and reference angles.

The angle 5π/12 is not a special angle with a known tangent value, so we need to work with its reference angle, which is π/12.

Using the identity tan(θ) = sin(θ) / cos(θ), we can express tan(π/12) as:

tan(π/12) = sin(π/12) / cos(π/12)

Now, let's find the exact values of sin(π/12) and cos(π/12) using half-angle and double-angle formulas:

sin(π/12) = sin(π/6) / 2^(1/2)

= 1 / 2^(1/2) / 2

= (2^(1/2)) / 4

= √2 / 4

cos(π/12) = cos(π/6) / 2^(1/2)

= 3^(1/2) / 2 / 2^(1/2)

= 3^(1/2) / 4√2

= (√3) / 4

Now, we can substitute these values back into the expression for tan(π/12):

tan(π/12) = sin(π/12) / cos(π/12)

= (√2 / 4) / (√3 / 4)

= (√2 / 4) * (4 / √3)

= √2 / √3

= √(2/3)

Therefore, the exact value of tan(5π/12) is √(2/3).

Learn more about trigonometric identities at brainly.com/question/25618616

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