Ace Algebra 1 with our Extensive Collection of Math Problems

Celine, Devon, and another friend want to purchase some snacks that cost a total of $7.50. They will share the cost of the snacks. Which of these statements is true?
A. An equation that can be used to find x, the amount of money each person will pay is $x + 3 = 7.5$ The solution to the equation is 4.5, so each person will pay $4.50.
B. An equation that can be used to find x, the amount of money each person will pay is $x + 3 = 7.5$ . The solution to the equation is 10.5, so each person will pay $10.50.
C. An equation that can be used to find x, the amount of money each person will pay is $x \cdot 3 = 7.5$ . The solution to the equation is 2.5, so each person will pay $2.50.
D. B. An equation that can be used to find x, the amount of money each person will pay is $x \cdot 3 = 7.5$ . The solution to the equation is 22.5, so each person will pay $22.50.

banganX 2021-02-25

Find f'(a).
$f (t) = \frac{3 t + 3}{t + 2}$

geduiwelh 2021-02-25

$lim$ of $f (x, y) = \frac{(x^{4} + 4 y^{2})}{(x^{2} + 2 y^{2})}$ at (0,0)

Dolly Robinson 2021-02-25

If k > 0, the equation $y = y 0 e^{k} t$ is a model for exponential (growth/decay), whereas if k >0, the equation is a model for exponential (growth,/decay).

sjeikdom0 2021-02-25

Use substitution to solve
$(- 3 x + y = - 12)$
$(- 4 x + 5 y = - 5)$

Dillard 2021-02-25

Nancy and Warren are making large pots of chicken noodle soup. Nancy opens 4 large cans and 6 small cans of soup and pours them into her pot. Her pot contains 115 ounces of soup. Warren opens 3 large cans and 5 small cans of soup. His pot contains 91 ounces of soup. How many ounces of soup does each large can and each small can contain?

sibuzwaW 2021-02-25

Laura borrowed a total of $18,000 from two different ba
to start a business. One bank charged the equivalent of 6% simple interest, and the other charged 7.5% interest. If the total interest after 2 years was $2220, determine the amount borrowed from each bank.

Emily-Jane Bray 2021-02-25

$\sqrt{5}$ is between which two integers? Explain your reasoning.

beljuA 2021-02-25

Evaluate the factorial.
6!=?
a.) 5040
b.) 120
c.) 720
d.) 360

sodni3 2021-02-25

Solve absolute value inequality.
$| 2 (x - 1) + 4 | \leq 8$

Cheyanne Leigh 2021-02-25

Which expression can be used to check the quotient $646 \div 3 ?$
$A (251 \times 3) + 1$
$B (215 \times 3) + 2$
$C (215 \times 3) + 1$
$D 646 \times 3$

Falak Kinney 2021-02-25

$t = t_{0} + (\frac{k}{2}) w$ , for w

Alyce Wilkinson 2021-02-25

Given linear equation y = -3
a. find the y-intercept and slope.
b. determine whether the line slopes upward, slopes downward, or is horizontal, without graphing the equation.
c.use two points to graph the equation

Chaya Galloway 2021-02-25

Prove that the set of irrational numbers in [0,1] is not countable

generals336 2021-02-25

Graph the solution set for the system of linear inequalities
$x > - 3$
$y \geq - 4$

Alyce Wilkinson 2021-02-25

Consider the following system of linear inequalities.
$3 x + 4 y \leq 12$
$4 x + 3 y \leq 12$
$x \geq 0$
$y \geq 0$
graph, shade and find corner points.

Wotzdorfg 2021-02-25

a) Identify the parameters a, b, h, and k in the polynomial $y = \frac{1}{3} {(x + 3)}^{3} - 2$ Describe how each parameter transforms the base function $y = x^{3}$ .
b) State the domain and range of the transformed function.
c) Sketch graphs of the base function and the transformed function on the same set of axes.

When you are a high school student or someone already enrolled in college, even those simple research projects will include Algebra 1 equations, which means that getting some help cannot be avoided. Thankfully, you can access Algebra 1 problems and answers free of charge, which will let you see what Algebra 1 practice problems can be used for certain questions. Just remember to check calculations twice as these can easily get complex. The majority of Algebra 1 answers will be familiar to most students dealing with financial concepts as it is not related to advanced Math problems in most scenarios.

Algebra I