Respond to this Question
Similar Questions

Algebra
The assessment for this lesson is a discussion of a mathematical statement. You will have to determine if the statement is true or false. If it is false, you will explain your reasoning. For all real numbers a and b, 2a • b = a2
asked by JustAGirl on August 31, 2018 
Math
1. Determine the formula for the nth term of the following sequence: 6, 14, 22, 30, 38, 46, ... I got an = 8n  2 Is that right? 2. The following statement is true by mathematical induction: (4/3)^n > n for all n > or equal to 6
asked by mysterychicken on June 7, 2013 
Algebra Please Help ASAP
The assessment for this lesson is a discussion of a mathematical statement. You will have to determine if the statement is true or false. If it is false, you will explain your reasoning. You will also be asked to respond to at
asked by JustAGirl on August 21, 2018 
Algebra II
In an induction proof of the statement 4+7+10+...+(3n1)=n(3n+5)/2 the first step is to show that the statement is true for some integers n. Note:3(1)+1=1[3(1)+5]/2 is true. Select the steps required to complete the proof. A)Show
asked by Jon on December 15, 2007 
Math
Use Mathematical Induction to show that the statement 2 + 6 + 10 + . . . + (4n – 2) = 2n^2 is true
asked by Josh on July 29, 2011 
Geometry
The date December 31, 2043 can be written in the format 12/31/43. This is an example of a true mathematical statement because 12 + 31 = 43. Suppose I wanted to write dates in the 21st century for Valentine’s Day (which is always
asked by Anonymous on February 28, 2011 
Algebra ASAP
so this is a fill in on a worksheet and I am having difficulty as the ones I inserted are incorrect can anybody help me how to do it all, sorry it's a long problem. Show that 3^2n − 1 is divisible by 8 for all natural numbers n.
asked by Briane Mendez on August 12, 2015 
logical statementsurgent
I have to come up with a logical statement when making a truth table that has these conditions: The statement is always false if both P and Q are true. Otherwise, the statement is true if Q is true but R is not true. so far I have
asked by Anonymous on June 17, 2015 
Mathematical induction. I'm stuck. So far I have..
For all integers n ≥ 1, prove the following statement using mathematical induction. 1+2^1 +2^2 +...+2^n = 2^(n+1) −1 Here's what I have so far 1. Prove the base step let n=1 2^1=2^(1+1)1 False. Someone else suggested that the
asked by Chris on October 11, 2013 
Math
Determine whether the statement is true, false, or sometimes true. Explain or show why. If x is positive and y = x, then xy is negative. Is this always true or sometimes true?
asked by Anonymous on October 24, 2009