Bart needs to;
Calculate 6(400), 6(10), and 6(2) ⇒ 2nd
Calculate each addend multiplied by 6 ⇒ 4th
Determine the total of (2400 + 60 + 12) ⇒ 5th
Step-by-step breakdown:
We'll review the distributive property
- a(b + c) = ab + ac
- a(b + c + d) = ab + ac + ad
Bart applied place value along with the distributive property to express the
calculation 6(412)
His calculation can be represented as 6(412) = 6(400 + 10 + 2)
We must find out what Bart needs to do to compute the product
∵ 6(412) = 6(400 + 10 + 2)
- Multiply every component inside the brackets by 6 on the right side
∴ 6(400 + 10 + 2) = (6)(400) + (6)(10) + 6(2)
∴ 6(400 + 10 + 2) = 2400 + 60 + 12
∴ He should multiply each addend by 6, then calculate the total of
(2400 + 60 + 12)
Bart needs to;
Calculate 6(400), 6(10), and 6(2)
Multiply each addend by 6
Compute the total of (2400 + 60 + 12)
Learn more:
You can find additional information regarding place value at
