Evaluate the expression. ab if a = 6 and b = 7
PLEASE HELP I DONT WANT TO FAIL SUMMER SCHOOL
Evaluate the expression. ab if a = 6 and b - 1

Answers

Answer 1
Answer:

Answer:

{a}^(b)

{6}^(7)

6 * 6 * 6 * 6 * 6 * 6 * 6

279936

hope this will help you more


Related Questions

Refer to the following conditional statement:If a and b are odd integers, then a - b is an even integer. Which answer is the hypothesis? a. a and b are odd integers b. a - b is an even integer c. a and b are not odd integers d. a - b is not an even integer I do not know logic and reasoning in math. please help!!!!!
How many degrees is a turn on this spinner?A. 270° B. 180° C. 90° D. 15°
what is an equation of the line that passes through the point (4,5) and is parallel to the line whose is equation is y=2/3x-4
I really need help with a thing for math if yall can help I would appreciate it. If yall know this comment down below and tell me the answer
The ratio of the same side interior angles of two parallel lines is 1:14. Find the measures of all eight angles formed by the parallel lines and transversal. Sorry! Would appreciate if you give the answer by Tuesday! Thanks

At a restaurant, you eat 2 taco salads and drink two glasses of ice tea. Your friend eats 1 taco salad and drinks 1 glass of ice tea. The restaurant charges you $11 and your friend $6.50. Can you determine the prices of taco salads and ice tea? Explain.

Answers

Set up a system of equations that represent x as taco salads and y as iced tea:
2x + 2y = 11 (you)
x + y = 6.50 (your friend)
Solve the system of equations by solving one of the equations for a variable:
x+y = 6.50 (I solved for y):
y = 6.50 - x.
Plug this equation into the y of the first equation:
2x + 2(6.50 - x) = 11
Solve for x:
2x + 13 - 2x = 11
2x cancels out:
13 = 11
No solution, so it is not possible to determine the prices of the items.

Simplify 7/8 x 1 1/3

Answers

Answer:

your answer should be 1.5

Step-by-step explanation:

Answer: 1 1/6

Step-by-step explanation:

To multiply fractions, we first have to convert the mixed numbers into improper fractions.

1 1/3 as an improper fraction would be 4/3.

Now, we multiply both numerators and both denominators.

7/8 x 4/3 = 28/24 = 7/6 = 1 1/6

Please help will marl brainliest

Answers

180-73-51=56 and so 180-56=124 ?=124

Everett made 3/5 of the baskets he shot. Suppose he shot 60 baskets. How many did he make?

Answers

It's a proportion problem 1. Write 3/5 and x/60 (x means you don't know it) 2. Find the number that is multiply to get the product (which is 12) 3. Multiply it (top x top and bottom x bottom) 4. Answer is 36 baskets

Final answer:

Everett made 3/5 of his shots which is 36 made baskets out of 60 shots. We calculated this by multiplying 3/5 (the fraction of shots he made) by 60 (total number of shots) and simplified it to whole numbers.

Explanation:

The subject matter of this question is fraction multiplication, a fundamental topic in mathematics. To find out how many baskets Everett made, we must use multiplication of fractions and whole numbers. Since Everett made 3/5 of his shots and he shot 60 baskets, we need to multiply these two numbers together.

You would do this calculation: 3/5 * 60. Here's a step-by-step breakdown:

  1. Temporarily ignore the denominator (5) and multiply the numerator (3) by 60. That's 180.
  2. Then, divide this number by the denominator: 180 divided by 5. The result is 36.

Therefore, Everett made 36 baskets out of 60 shots.

Learn more about Fraction Multiplication here:

brainly.com/question/9281754

#SPJ11

In a right triangle, find the length of the side not given, if a=8 and b=15

Answers

to find the length of a missing side of a right triangle you have to use the Pythagorean theorem. so 8*8=64 15*15=225 so to find side c you add the two answers 225+64 and the answer is and find the square root which is 17. Hope this helps

       a² + b² = c²
(8)² + (15)² = c²
   64 + 225 = c²
           289 = c²
             17 = c

As x → −[infinity], y → ? As x → [infinity], y → ? Determine the end behavior for y = 8x^4 Determine the end behavior for y = -49 + 5x^4 + 3x Determine the end behavior for y = -x^5 + 5x^4 + 5

Answers

Problem 1

The end behavior of y = 8x^4 is:

\text{As x} \to -\infty, \text{ y } \to \infty\n\text{As x} \to \infty, \text{ y } \to \infty

In either case, y approaches positive infinity. This end behavior is the same as a parabola that opens upward. This applies to any even degree polynomial.

Informally we can describe the end behavior as: "Both endpoints rise up forever".

======================================

Problem 2

The end behavior of y = -49 + 5x^4 + 3x is the exact same as problem 1. Why? Because the degree here is 4. The degree is the largest exponent.

======================================

Problem 3

For this problem we have the polynomial y = -x^5 + 5x^4 + 5

This time the degree is 5, which is an odd number.

The end behavior would be

\text{As x} \to -\infty, \text{ y } \to \infty\n\text{As x} \to \infty, \text{ y } \to -\infty

Informally, we can state the end behavior as "Rises to the left, falls to the right".

The endpoints go in opposite directions whenever the degree of the polynomial is odd. Think of a cubic graph. The "falls to the right" is due to the negative leading coefficient.

I strongly recommend using a TI83, TI84, Desmos, or GeoGebra to graph out each polynomial so you can see what the end behavior is doing.