Study the expression. What is the value of the expression when m=2 and n= –3? (4m–3n2)2 1. Apply the product of powers: 42 m–6n4 2. Substitute values for variables: (4)2(2)–6(–3)4 3. Apply the negative exponent: (4)2(−3)4 26 Complete the steps to evaluate the expression. Written as an improper fraction, the expression has a value of .

5

step-by-step explanation:

for one thing their called fish not "fishes" and 2 fish can't be dead and alive and this question is absurd.

step-by-step explanation:

option c is correct.

step-by-step explanation:

the rule regarding the sides of triangle is:

(length of longest side)^2 = square of sum of other two sides.

the sides given are:

6, 10 and 8.

applying the rule we will get:

(10)^2 = (6)^2 + (8)^2

100 = 36+64

100 = 100

so, her answer is incorrect.

no, she should have added 6^2 and 8^2 and compared that to 10^2.

so, option c is correct.