Add Vectors End-to-End, Component-Wise, and by Parallelogram Rule: CCSS.Math.Content.HSN-VM.B.4a - Common Core: High School - Number and Quantity

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

So

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Question

If , and , find .

Answer

This problem is asking us to add vectors , and . To add vectors together, we need to sum up like components together. This means that we sum up the , and the .

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