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The combined area of the shaded triangles in Figure 1 is equal to the combined area of the shaded triangles in Figure 2. The area of the unshaded square in Figure 1 can be represented by . The combined area of the two unshaded squares in Figure 2 can be represented by . The areas of the squares in Figure 1 and Figure 2 show that .
Given :
Figure 1 and figure 2 are given.
The combined area of the shaded triangles in Figure 1 is equal to the combined area of the shaded triangles in Figure 2.
The area of the unshaded square in Figure 1 can be represented by .
The combined area of the two unshaded squares in Figure 2 can be represented by .
The areas of the squares in Figure 1 and Figure 2 show that .
At the start, each can holds
• 5 L can : 0 L of oil
• 3 L : 0 L
Fill up the 5 L can completely:
• 5 L : 5 L
• 3 L : 0 L
Pour as much of the oil from the 5 L can into the 3 L can. This leaves you with
• 5 L : 2 L
• 3 L : 3 L
Empty the 5 L can:
• 5 L : 0 L
• 3 L : 3 L
Transfer the 3 L of oil into the 5 L can:
• 5 L : 3 L
• 3 L : 0 L
Fill up the 3 L can again:
• 5 L : 3 L
• 3 L : 3 L
Transfer as much of the oil as possible from the 3 L can into the 5 L can:
• 5 L : 5 L
• 3 L : 1 L
Empty the 5 L can:
• 5 L : 0 L
• 3 L : 1 L
Again, transfer the oil from the 3 L can to the 5 L can:
• 5 L : 1 L
• 3 L : 0 L
Fill up the 3 L can completely:
• 5 L : 1 L
• 3 L : 3 L
Transfer all the oil from the 3 L can to the 5 L can:
• 5 L : 4 L
• 3 L : 0 L
When sodium ions are reabsorbed through the wall of the renal tubule by active transport, chloride ions are
- B. reabsorbed by passive transport.
<h3>What is passive transport?</h3>
Passive transport refers to the movement of ions and molecules without active energy. The substances rather move through a concentration gradient.
So when electrolytes such as chloride and sodium move along the kidney walls, the chloride ions will use the passive form of energy.
Learn more about passive transport here:
brainly.com/question/17293052
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