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2 years ago

A bet offering 4:1 odds pays __________. A. $4 for each $1 bet B. $1 for each $4 bet C. $3 for each $1 bet D. $3 for each $1 bet

Mathematics

1 answer:

inysia [295]2 years ago

6 0

Answer:

A) $4 for each $1 bet

Step-by-step explanation:

For example, 3:2 would be $3 for each $2 bet.

It's A!

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The expression 3^2*3^3*3^4 is equivalent to? Show all your work please

loris [4]

Cool! So OK I'll take you through it.
You just need to take everything 1 step at a time, as you might already know.

First
3 to the second is 9

Second
The first part included like this 9*(3 to the third) which is 243

Third
The second part is included into the question like 243*(3 to the fourth) which is 243*81

Fourth
243*81 = 19,683

Your Answer
(3^2)*(3^3)*3^4) = 19,693

Hope That Helps and Correct Me If I'm Wrong!

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3 years ago

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Which is a better deal: 8oz of shampoo for $0.89 of shampoo for $1.47? PLS HELP ME QUICKLY ILL LOVE YOU FOREVER <33 THIS IS A

kykrilka [37]

Answer:

$1.47

Step-by-step explanation:

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3 years ago

Part 2: Create a scenario for a geometric sequence. For example, Anthony goes to the gym for ______ minutes on Monday. Every day

Ugo [173]

An example scenario is:

Anthony goes to the gym for 20 minutes on Monday. Every day he multiplies his gym time by 2.

On the fifth day, he will spend spend 320 minutes in the gym.

The formula used to determine the 5th term is,

a5 = 20 x 2^(r -1)

where r is the common ratio equal to 2.

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3 years ago

Find the payment necessary to amortize a 6.3% loan of 7500 compounded semiannually, with 6 semiannual payments. Find the payment

Lorico [155]

Answer:

Semiannual payment = $ 1391.37

Total payment = $ 8348.22

Interest paid = $ 848.22

Step-by-step explanation:

Since, the semiannual payment formula of a loan,

$P=\frac{PV(\frac{r}{2})}{1-(1+\frac{r}{2})^{-n}}$

Where,

PV = present value of the loan,

n = number of semiannual payments,

r = annual rate,

Here, PV = 7500, r = 6.3% =0.063, n = 6,

By substituting the value,

The semiannual payment would be,

$P=\frac{7500(\frac{0.063}{2})}{1-(1+\frac{0.063}{2})^{-6}}$

$\approx \$ 1391.37$

Also, total payment = semiannual payment × total semiannual periods

= 1391.37 × 6

= $ 8348.22,

Also, the interest paid = total payment - present value

= 8348.22 - 7500

= $ 848.22

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3 years ago

Joe wanted to buy some shoes. He found a pair at Paymore that cost $35. He had a coupon for 15%, what was the amount that Joe sp

lozanna [386]

Answer:

$29.75(without tax) (I don't know if you need it with tax)

Step-by-step explanation:

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3 years ago