2 to the tenth power in standard form

Answers

Answer 1

Answer: $2^(10)$ (2 to the 10th power) is just a shorthand for "10 2's mutliplied together."

Say we had $2^2$ . That would be 2 twos multiplied together, which is 4.
$2^3$ would be 8, $2^4$ would be 16...
$2^5=32,\ 2^6=64,\ 2^7=128,\ 2^8=256,\ 2^9=512,\ \boxed{2^(10)=1024}}$

Answer 2

Answer:

2 to the tenth power in standard form is 1024.

A number raised to the power of another number is an exponential expression. In any equation, polynomial, or expression the powers of the variables are used to find the degree of that equation, polynomial, or expression. It indicates the number of times the base is multiplied by itself. The power is generally represented as $x^n$ where x is the base and n is the exponent and is read as x raised to the power of n.

$2^(10) = 2*2*2*2*2*2*2*2*2*2$

$= 4*4*4*4*4\n= 16*16*4\n= 16*64\n= 1024$

Thus, when 2 is raised to the power of 10. it gives 1024.

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Amina sees a discount of 5% on a laptop. She can calculate the amount she has to pay for the laptop using the expression b – 5/100 b, where b isthe price of the laptop before the discount. If the price after discount is $494, which number from the set {500, 505, 510, 520, 525} is the value of b?
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PLEASE HELP ME. :( :(1. After 4 hours of driving, Jan is 248 miles away from home. After 6 hours of driving, she is 372 miles from home. Write an equation in point-slope form to
determine her distance y from home after x hours.

2. A train traveled 150 miles in 1 1/4 hours. At this rate, how far will the train travel after 5 hours?

Answers

y = mx + b

4 = m(248) + b
6 = m(372) + b
subtract the two equations to get
-2 = m(-124) + 0
m = 1/62

Then plug in m into one of the equations to find b
4 = (1/62)(248) + b
4 = 4 + b
b = 0

So the equation is
y = (1/62)x + 0
or
y = (1/62)x
or
y = x/62

edit: I totally didn't use point slope. It should be
y + 0 = (1/62)(x + 0)
or y = (1/62)x

(since b is 0, that means she started driving directly at home)
-------------------
2) 150mi/1.25hr = Xmi/5hr
750mi/1.25 = X
X = 600miles

1. the slope formula is rise over run or y2-y1 over/divded by x2-x1 which in your case would be 372-248 over 6-4 so you would write m=y2-y1 over x2-x1 or m=372-248 over 6-4 (please be careful the numbers are small and goes at the bottom of the letter)

2.it would be 600 miles in 5 hours

Solve 5X30 draw a picture

Answers

150 is your correct answer

Let's break it down. What is 5x3? After you get your answer but that extra zero in "30" Behind your some like this: (130) Then, to draw a picture draw 5 stick men, plus 3 stick men to the side show how you broke it down. Then show how to add the zero on the end.

Hope this helped :)

In a survey of 3,000 people who owned a certain type of car, 1,050 said they would buy that type of car again. What percentage of the people of the people surveyed were satisfied with the car?

Answers

34%
This is because when you divide 1,050 by 3,000 you get 0.34 then turn that into a percent then there you go

Write a division problem whose quotient has its first digit in the hundreds place

Answers

Here's one --> 1000÷100=10

If a seed is planted, it has a 75% chance of growing into a healthy plant.If 6 seeds are planted, what is the probability that exactly 1 doesn't grow?

Answers

Final answer:

Using the binomial probability formula, the probability that exactly 1 out of 6 seeds doesn't grow is approximately 0.119 or 11.9%.

Explanation:

This question revolves around the concept of binomial probability. The binomial distribution model is an appropriate statistical model here since there are a fixed number of trials (6 seed plantings), each trial (seed planting) is independent, and each trial results in one of two outcomes: success (plant grows) or failure (plant doesn’t grow).

The binomial probability formula is P(X=k) = C(n, k)*(p^k)*(q^(n-k)), where 'n' is the number of trials (6 in this case), 'k' is the number of 'successes' we're interested in (5 in this case, since we want only 1 seed - out of 6 - not to grow), 'p' is the probability of success, and 'q' is the probability of failure.

Here, to calculate the probability, p (probability of successful growth) is 0.75 and q (probability of not growing) is 0.25 (= 1 - 0.75).

So, P(5 plants grow and 1 doesn’t) = C(6, 5) * (0.75^5) * (0.25^1) = 0.119.

So, the probability that exactly 1 out of 6 seeds does not grow is approximately 0.119 or 11.9%. This scenario is also known as binomial distribution scenario.