<h3>6 taps....10 h......400 m³</h3><h3>4 taps......x h....1000 m³ (2 tanks)(500m³)</h3>
<em>The different magnitudes are related to the magnitude of the unknown,</em>
<em>considering in each relationship that the magnitudes that do not intervene they remain constant in it. </em>
<em>So:</em>
<h3>6 taps.....10h</h3><h3>4 faucets.......x h</h3>
<em>The LESS taps, the MORE hours it will take. </em><em>Inverse proportionality.</em>
<em></em>
<h3>400 m³......10h</h3><h3>1000 m³........xh</h3>
<em>The MORE </em><em>m³</em><em>, the MORE hours will be needed. </em><em>Direct proportionality.</em>
<em>Considering that, in general, none of the magnitudes remains</em>
<em>1 constant, it is verified </em>that:
From where
Answer: <em>It will take 37.5 hours. That is: 37 hours and 30 minutes.</em>✅
2 i believe.
Turn right on the second line then reverse and turn right to the end.
Blue means right turn needed and red means reverse.
6/4 would be the fraction. In simplest form, it is 3/2. This gives you 1 1/2.
21+g or it could be(still the same thing) 21 + 1g
Answer:
34
Step-by-step explanation:
Substitute 2 for t in your formula