A 1000L tank now contains 240L of water. How long will it take to fill the tank using a pump that pumps 25L per minute
1 answer:
The time taken to fill the tank using a pump that pumps 25L per minute
is 30.4 minutes
Given that A 1000L tank now contains 240L of water and asked the time taken to fill the tank using a pump that pumps 25L per minute.
The amount of water that can be filled in tank=760L
Given that a pump that pumps 25L per minute ,
The time required to fill 760L {if a pump that pumps 25L per minute }=
The time required to fill 760L {if a pump that pumps 25L per minute }=30.4 minutes
Therefore,The time taken to fill the tank using a pump that pumps 25L per minute is 30.4 minutes
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The geometric series which diverges is shown in the option number c as the absolute value of the common ratio of this series 4.
Geometric sequence is the sequence in which the next term is obtained by multiplying the previous term with the same number for the whole series.
It can be given as,
Here,
is the (<em>a</em>) first term of the sequence, and (<em>r</em>) is the common ratio.
To be a series as geometric series diverges, it should follow,
First option given as,
3/5+3/10+3/20+3/40+ ...
Here, the common ratio is,
The common ratio is less than one. Thus option a is not correct.
First option given as,
-10+4-8/4+18/25- ...
Here, the common ratio is,
For the option number two the common ratio is (-2/5) which is less than 1. This option is also not correct.
In the option number c, the value of common ratio is -4. The absolute value of common ratio is,
The absolute value of this common ratio is more than one. Thus, this is the correct option.
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Answer:
<h3>$90 interest will Ryan receive for this bond every 6 months.</h3>Step-by-step explanation:
We are given that Ryan has total bond of amount $3000.
Rate of interest = 6% per annul.
Time = 6 month = of a year.
Formula of simple interest = , where P is the bond amount, R is the rate of interest per year and T is the time in years.
Plugging values P= 3000, R= 6% = 0.06 and T= in above formula, we get
I = 30000×0.06 ×
I= 90.
<h3>Therefore, $90 interest will Ryan receive for this bond every 6 months.</h3>