Hello!
We have the following data:
a1 (first term or first year salary) = 32000
r (ratio or annual increase) = 300
n (number of terms or each year worked)
We apply the data in the Formula of the General Term of an Arithmetic Progression, to find in sequence the salary increases until it exceeds 34700, let us see:
formula:
* second year salary




* third year salary




* fourth year salary




* fifth year salary




We note that after the first five years, Mr. Browns' salary has not yet surpassed 34700, let's see when he will exceed the value:
* sixth year salary




* seventh year salary




* eighth year salary




* ninth year salary




* tenth year salary




we note that in the tenth year of salary the value equals but has not yet exceeded the stipulated value, only in the eleventh year will such value be surpassed, let us see:
* eleventh year salary




Respuesta:
In the eleventh year of salary he will earn more than 34700, in the case, this value will be 35000
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¡Espero haberte ayudado, saludos... DexteR! =)
Answer:
Step-by-step explanation:
slope, m = 0.1m/4m = 0.025
Theoretical effort (ignoring friction) = 9000N * 0.025 = 225 N
actual effort = 300 N
efficiency
= potential energy out / actual energy in
= 225 N / 300 N = 0.75
Answer:
~~~~~~~~~~~Hello!~~~~~~~~~~~
Your answer should be:
<em>The number of miles Andrew's father drives on a tank of gas ≤ 350.</em>
Step-by-step explanation:
I hope this helped!
Please tell me if it didn't
<em>(Brainliest would be appreciated)</em>
<em>Have a blessed day!</em>
<h2>
Answer:</h2>

<h2>
Explanation:</h2>
Here we have the following expression:

We combine like terms in order to simplify expression. To do so, we combine terms with the same variable and exponents. In this exercise, let's apply distributive property first:

Answer: On the eighth day of diet both animals will be having same calories.
1900 calories each animal will be consuming each day.