What is 75.4 in terms of π?
a) 12π
b) 36π
c) 24π
d) 144π

Answers

Answer 1
Answer: D because 75.4/3.14=24
Answer 2
Answer:

Final answer:

To express 75.4 in terms of π, we divide 75.4 by the approximate value of π (3.14159). The result of this operation is roughly 24. Therefore, 75.4 in terms of π is 24π. the correct answer is (c) 24π.

Explanation:

To convert 75.4 into terms of π, you need to divide the number 75.4 by the approximate value of π, which equals to 3.14159. When you divide 75.4 by 3.14159, you get approximately 24. Therefore, 75.4 in terms of π is 24π. So the correct answer is (c) 24π.

To express 75.4 in terms of π, we divide 75.4 by π. So, the answer is 75.4/π. This cannot be simplified further, so the final answer is 75.4/π.

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Convert 3 7/8 to a fraction notation?

Answers

If you would like to convert 3 7/8 to a fraction notation, you can do this using the following steps:

3 7/8 = (3 * 8 + 7)/8 = (24 + 7)/8 = 31/8

The correct result would be 31/8.

If Jamie has five dollars and purchases a soda for one dollar and fifteen cents, how much change does Jamie get back

Answers

$3.85, because if you subtract $5 from $1.15 that will equals $3.85

Josiah invests $360 into an account that accrues 3% interest annually. Assuming no deposits or withdrawals are made, which equation represents the amount of money in Josiah’s account, y, after x years?

Answers

The future amount of money that is invested currently at a certain interest that is compounded annually is calculated through the equation,
               F = P x (1 + i)^n
where F is the future worth, P is the present worth, i is the interest rate, and n is the number of years. Substituting the known values and variables in the given, F = ($360)(1.03)^x

Answer:  y = 360(1.03)^x

Step-by-step explanation:

Since, the principal amount of the money = $ 360

Annual rate of interest = 3%

Thus, the amount after x years which is increased by 3 %,

= 360(1+(3)/(100) )^x

= 360(1+0.03 )^x

= 360(1.03 )^x

Since, this amount represented by y,

Thus, the required equation that represents the amount of money in Josiah’s account, y, after x years is,

y = 360(1.03 )^x

Add the following complex numbers:(5 - 3i) + (10 + 5i)

A. 15 + 2i
B. -5 + 8i
C. -5 + 2i
D. 15 + 8i​

Answers

Answer:

A

Step-by-step explanation:

Remember to combine like terms, aka whichever number has the same variable (or no variable), those are the ones that go together. 5 + 10 is 15. -3i + 5i is the same as 5i -3i, which is 2i.

Answer:

A. 15 + 2i

Step-by-step explanation:

(5 - 3i) + (10 + 5i)

5 - 3i + 10 + 5i

5 + 10 - 3i + 5i

15 + 2i

hope it helps!

2b^2-9b-5
How do you answer this by factoring

Answers

Maybe ask google i sometimes do that
Simple...

you have: 2b^(2)-9b-5

Using the box method-->>>

What multiplies to -10 and adds to -9?

-10*1=-10

-10+1=-9

(b-5)(2b+1)

Thus, your answer.

Nth term for this sequence 45,40,35,30

Answers

(n-5)+45
where n is the number, you always take away 5 and you add 45 because that is the first number of the sequence

Final answer:

The nth term for the given arithmetic sequence 45, 40, 35, 30 is 50 - 5n.

Explanation:

The given sequence

45, 40, 35, 30

is an arithmetic sequence with a common difference of -5.

The general formula for the nth term (an) of an arithmetic sequence is:

an = a1 + (n-1)d

where a1 is the first term and d is the common difference.

Plugging in the values from the given sequence, we can find the nth term:

an = 45 + (n-1)(-5)

Simplifying further, we get:

an = 50 - 5n

So, the nth term of the sequence is 50 - 5n.

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