Answer:
384 m³
Step-by-step explanation:
Let the dimension of box a be l,b, and h.
ATQ,
lbh = 48 .....(1)
If we double the dimension of box A, we get box B whose new dimensions will be 2l,2b and 2h.
Let V be the volume of box B.
V = (2l)(2b)(2h)
V = 8(lbh)
= 8(48) [from equation (1)]
= 384 m³
Hence, the volume of the box B is 384 m³.
The number is 21 because 2 is 1 doubled, and 2+1 is 3.
A bar graph since I'm only going up by fives it's easy to show as a bar graph
Answer:
step 4 it not overdrawn any more it postive 46 not negtive
Step-by-step explanation:
