The answer is B.pecans, then peanuts, then cashews, and almonds
Hey! Add me! :) Im 13 btw.
anyways, how you solve this problem is simple:
first:distribute, which 3(x+2) turns into 3x+6
then:set 3x+6 equal to x-18
subtract x from both sides, then add 18 to -18 and 6,
the result of this is 2x=24
divide 24 by 2, you get 12 so x is equal to 12.
Good LUCK! :) rate mine the best c: lyy
Answer:
The only algebraic expressions we can find here are the ones for the number of cards that Mr. Bates and Ms. Psenicska have.
We know that Mr. Nates has 3 packs of cards, plus 2 other cards.
If each pack of cards has N cards, then the total number of cards of Mr. Nates is:
Mr. Nates = 3*N + 2
And Ms. Psenicska has 6 packs plus other 8 cards, then she has a total of:
Ms. Psenicska = 6*N + 8
These two are the only expressions we can make with the given information.
Answer:
Option B (p−2) dollars
Step-by-step explanation:
we know that
1) Paul bought 4 packs of gum that contained p pieces in each pack
The total pieces of gum is equal to multiply the number of packs by the number of pieces in each pack
so
2) He kept 8 pieces for himself
To find out the remaining pieces, subtract 8 from the total of pieces
so
3) He sold each of the remaining pieces for $0.25.
To find out how much money he got for selling the gum, multiply the remaining pieces by $0.25.
so
apply distributive property