+1982 If m = 5 and n = -2, evaluate 3m - 4n and n^2 - m and find the product of the two expressions.
A) -198
B) -63
C) -23
D) -9
E) -7
Which statement MUST be true given that a, b, c, and d are all integers, and a < 0 < b < c < d?
A) 1/a > b
B) b - a > c - a
C) -a < c
D) a > -d
E) c + a < d + a
-3 3/4, -3 13/20,-3 -17/25, -3 3/5
Write the fractions in order from least to greatest.
A) -3 3/4, -3 3/5, -3 13/20, -3 17/25
B) -3 3/5, -3 17/25, -3 13/20, -3 3/4
C) -3 3/5, -3 13/20, -3 17/25, -3 3/4
D) -3 3/4, -3 3/5, -3 13/20, -3 17/25
E) -3 3/4, -3 17/25, -3 13/20, -3 3/5
+128475 If m = 5 and n = -2, evaluate 3m - 4n and n^2 - m and find the product of the two expressions.
[ 3(5) - 4(-2)] * [ (-2)^2 - 5 ] =
[15 + 8 ] * [ 4 - 5 ] =
[23] * [ -1] =
-23
+128475 Which statement MUST be true given that a, b, c, and d are all integers, and a < 0 < b < c < d?
1/a > b 1/a is negatve b is positive so..... false
b - a > c - a add a to both sides b > c so...... false
-a > c not necessarily true ....if a = -1 and c = 5.......this is false
a > - d if a = -1 and d = 1/2 then -1 > -1/2 ??? false
c + a < d + a subtract a from both sides c < d which is true
