Answer:
See below
Step-by-step explanation:
<u>Mercury-2.3 cm </u> The hundreths value isn't greater than 5, so the tenths stays the same.
<u>Venus - 4.3 cm</u> The hundreths value isn't greater than 5, so the tenths stays the same.
<u>Earth-6 cm</u> There is no hundreths value so the tenths stays the same.
<u>Mars-9.1 cm</u> The hundreths value isn't greater than 5, so the tenths stays the same.
<u>Jupiter- 31.1 cm</u> The hundreths value isn't greater than 5, so the tenths stays the same.
<u>Saturn- 57.4 cm</u> The hundreths value <u><em>is</em></u> greater than 5, so the tenths values is raised by 1.
<u>Uranus-114.9 cm </u> The hundreths value isn't greater than 5, so the tenths stays the same.
Neptune-179.8 cm There is no hundreths value so the tenths stays the same.
Answer:
- 6 lb mixed nuts
- 4 lb chocolates
Step-by-step explanation:
Let m represent the quantity of mixed nuts in the mix. Then 10-m is the quantity of chocolates, and the total cost of the mix is ...
8m +3(10 -m) = 6(10)
5m = 30 . . . . . . . collect terms, subtract 30
m = 6 . . . . . . . divide by 5; pounds of mixed nuts
10-m = 4 . . . pounds of chocolates
Collins should use 4 pounds of chocolates and 6 pounds of mixed nuts in his trail mix.
For a function to have a derivative in a point has to be continuous at the point, that is, it has to be defined at that point, other wise the derivative would be meaningless.
Answer:
Step-by-step explanation:
Assuming it is supposed to be y = 2- (x+1)
y= x-1
or if it is supposed to be y = -2(x+1)
y= -2x-2
Step-by-step explanation:
Try B I'll cry if it's not B
