Solve.
x - 5 = 8
x = 13
Solve.
-5 + (-2)
-7
What is the equation?
Take away 4 from 8 times n
8n - 4
Solve for u.
-8u + 3 = 2u - 17
u = 2
Solve.
5g = 20
g = 4
Solve.
-5 - (-7)
2
Translate the expression into an equation.
Seven fewer than eight times a number, n.
8n - 7
Solve for w.
6w + 3 - 10w = 7w - 8
w = 1
Solve.
x + 122 + 92 + 76 = 360
x = 70
Solve
4 * (-25)
-100
Translate the following algebraic expression:
Four times the difference between a number,n, and seven.
4 (n - 7)
DOUBLE JEOPARDY!!! (Minimum Bid is 5 POINTS)
9(k - 2) = 3(k + 4)
k = 5
DOUBLE JEOPARDY!!! (Minimum Wager is 5 Points)
Solve
(3/2) + t = (1/2)
t = -1
Solve.
(225)/(-5)
-45
A retail worker earns fifteen dollars per hour plus a weekly bonus of fifty dollars. Choose the algebraic expression that represents finding the worker's weekly pay.
50h + 50
How many solutions does this equations have? (None, One, or Infinitely Many).
5(2f + 3) = 2(5f - 1)
NO SOLUTION
Solve.
b - (3/16) = (5/16)
b = (1/2)
Solve.
-3 + 5 -(-5) + 3 - 10
0
DOUBLE JEOPARDY!!!
The crowd was fifty more than twice the amount of people (p) that attended last year. Choose the algebraic expression that represents the number of people in the crowd.
50 + 2p
or
2p + 50
How many solutions does this equations have? (None, One, or Infinitely Many).
3(k +1) + 11k = 2(4 + 5k) + 3
k = 2
ONE SOLUTION
FINAL JEOPARDY(Bid from 0 to MAX POINTS)
TRUE/FALSE
The answer for the equation below is NO SOLUTION
4(5p + 7) - 4p = 6(5 +3p) - 2(p + 1)
FALSE
ANSWER: ALL REAL NUMBERS