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Marianna [84]
2 years ago
4

two hikers are 66 miles aparrt and walking toward each other theey meet in 10 hours find the rate of each hiker if one hikes 4.4

moh faster than the other
Mathematics
1 answer:
lana66690 [7]2 years ago
5 0

The rate or speed of each hiker is 1.1 mph and the rate of the second hiker is 5.5mph.

The numerator of a ratio in mathematics represents the rate of change in the other (dependent) variable if the denominator of the ratio is expressed as a single unit of one of the related quantities and it is assumed that this quantity can be changed systematically (i.e., is an independent variable).

"Per unit of time" is a typical form of rate that includes things like speed, heart rate, and flux.

Let the speed of the first hiker be x mphTherefore the speed of the second hiker= (x+4.4) mph The two hikers are 66 miles apart.Relative speed for both hikers= x+(x+4.4)=2x+4.4

Time taken for them to meet=10 hours

Now from the definition of rate we know that :rate=distance ÷ time

Substituting the values:2x+4.4=66÷10or,2x=6.6-4.4or,2x=2.2or, x=1.1

Hence the speed of the first hiker is 1.1mph and the rate of the second hiker is 1.1+4.4=5.5mph

To learn more about rate visit:brainly.com/question/359790

#SPJ4

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Fudgin [204]
I believe it’s the last option

because you would have to multiply 0.35 by c (the number of candy bars you’d sell) to get 56.
5 0
3 years ago
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2x^2-4x-30 factored please. I m doing a test
bearhunter [10]

Answer:

2(x+3)(x−5)

Step-by-step explanation:

4 0
3 years ago
AMDM TVM
Liono4ka [1.6K]

Answer: Vanessa is a financial planner specializing in retirement savings. She realizes the importance

of using mathematical formulas and the appropriate tools to help her clients understand the

reasoning behind the advice she is giving.

One of her favorite tools is a time-value-of-money (TVM) calculator. In Student Activity

Sheet 4, you met Josephine, one of Vanessa’s clients who wanted to retire with $1 million

in savings.

1. In Josephine’s initial situation, she plans to retire in 50 years with $1 million in savings.

Vanessa advised her to find an account that earned at least the current rate of inflation.

Use this information to complete the table below.

Variable Definition of Variable Value in Josephine’s

Situation

FV future value, or value of the investment at maturity

t number of years of investment until maturity

i annual interest rate (as a decimal)

PV principal, or present value

n number of compounding periods per year

Vanessa uses a TVM calculator to help Josephine understand how the different variables

affect one another.

2. Identify the values in Josephine’s situation for each variable that the TVM calculator

uses.

Variable Definition of Variable Value in Josephine’s

Situation

N number of compounding periods between the

time of investment and the time of retirement

I% annual interest rate (as a percent)

PV principal, or present value

PMT amount of each regular payment

FV future value, or value of the investment at

maturity

P/Y

number of payments per year (usually the same

as the number of compounding periods per year,

C/Y)

C/Y number of compounding periods per year

Student: Class: Date:

Decision Making in Finance: Present Value of an Investment

VI.B Student Activity Sheet 5: A Cool Tool!

Charles A. Dana Center at The University of Texas at Austin Advanced Mathematical Decision Making (2010)

Activity Sheet 5, 6 pages

14

3. Use the TVM calculator to determine the present value (PV) of the investment required

to meet Josephine’s retirement goal. How does this amount compare to what you

determined in Student Activity Sheet 4?

Use the TVM calculator to answer the following questions for some of Vanessa’s other

clients.

4. Reginald wants to find the future value of an investment of $6,000 that earns 6.25%

compounded quarterly for 35 years.

Variable Definition of Variable Value in Reginald’s

Situation

N number of compounding periods between the time

of investment and the time of retirement

I% annual interest rate (as a percent)

PV principal, or present value

PMT amount of each regular payment

FV future value, or value of tStep-by-step explanation:

3 0
3 years ago
7.935 x 10 to negative 5 power
Effectus [21]

Answer:

0.00007935

Step-by-step explanation:

7.935 x 10 to negative 5 power can be written as:

7.935 x 10^(-5)

7.935*10^{-5}\\\frac{7.935}{10^5}

A trick to finding 10 to the x power, x is the number of 0's. So 10^5 = 100000

\frac{7.935}{100000}\\

When dividing by tens, move the decimal to the left by the amount of 0's

So our answer is 0.00007935

5 0
4 years ago
i need the answer and if possible, can you show your work? i would like to know the steps. Please and thanks you
lisov135 [29]

Answer: The volume would be 61.261.

Step-by-step explanation: To find the volume of a sector of a cylinder use the following formula and fill in the variables with the appropriate data.  V = π r² h * Θ / 360°

7 0
3 years ago
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