Numerous students have one and the same problem. It is called – algebra. A lot of algebra problems appear during the studying process and the students are trying to find the solutions. That’s what we are here for. We accept all your algebra questions and the experts of our service centre are ready to provide you with algebra answers. We will try to make your home assignment easier by providing you with algebra answers for your benefit. Dreaming about better results in algebra? Let us handle your algebra problems!
Ask Your question
Need a fast expert's response?
Submit orderand get a quick answer at the best price
for any assignment or question with DETAILED EXPLANATIONS!
Search & Filtering
the number 1,540,340,652 is between what two numbers in the thousands?
Monisha and Dave each sold magazine subscriptions as part of a fundraiser.Monisha raised 1/2 as much money as Dave raised.Together they raised $213.75.What is the total amount of money that Monisha raised?
the quotient of twice h and 10 more than h
7+11+13+19+...99+95=?
Please explain with formal structure and give details.Please also give the description of the shortcut ((7+99)/2)*24 .
Please explain with formal structure and give details.Please also give the description of the shortcut ((7+99)/2)*24 .
y-4=1/2(x+5) in standard form
a=b/c a=35 b=12 c=?
x. f(x)
−1. −5
0 −1
1 3
g(x)
g(x) = 4x + 3
Part A: Write a sentence to compare the slope of the two functions and show the steps you used to determine the slope of f(x) and g(x). (6 points)
Part B: Which function has a greater y-intercept? Justify your answer. (4 points)
(10 points)
Write an odd natural number as a sum of two integers m1 and m2 in a way that
m1m2 is maximum.
Show using laws and theorem of inequality.
m1m2 is maximum.
Show using laws and theorem of inequality.
Let xi ∈ R such that 0 < x1 ≤ x2 ≤ .....≤ xn,
n ≥ 2, and
1/(1+x1) + 1/(1+x2) +........+1/(1+xn) =1 then show that
√x1 + √x2 +........+ √xn ≥ (n-1) {1/√x1 + .....+ 1/√xn}
Show using laws and theorems of inequality
n ≥ 2, and
1/(1+x1) + 1/(1+x2) +........+1/(1+xn) =1 then show that
√x1 + √x2 +........+ √xn ≥ (n-1) {1/√x1 + .....+ 1/√xn}
Show using laws and theorems of inequality
Show that
1 + 1/√2+. . . +1/√n ≥ √[2(n − 1)] for n∈ N, n> 1
Solve using laws and theorem of inequalities
1 + 1/√2+. . . +1/√n ≥ √[2(n − 1)] for n∈ N, n> 1
Solve using laws and theorem of inequalities
I was very impressed with Assignment expert. The service/operator was fast, polite, friendly and always very helpful. I got a very good price for my statistics assignment. Everything went smooth and fast, there were no problems. I also want to thank the anonymous math genius who did my homework. He or she did a great job, answered all the questions, even did some extra steps to make sure the homework was good.She or he was very professional. I can only recommend Assignment expert.
#194639 on Mar 2018
#194639 on Mar 2018 
