9.64 rounded to the nearest tenth

Answers

Answer 1
Answer: Hello,

9.64 rounded to the nearest tenth is 9.6.

Have A Good Day.
Answer 2
Answer: Your answer would be 9.6

.6 is a six tenths.

To help you remember to round up or down remember this rhyme: 5 or more raise the score. 4 or less give it a rest.

9.64 is rounded to the nearest hundredth. To get to the nearest tenth you need to get rid of the four. Since it's less than 5, you just knock it away like it wasn't ever there. If it's 5 or above, you would have to round the number up. If you had to round up it'd be 9.7.


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Properties in mathematics 0+14=14 is what type of property

Answers

the zero propperty because you are add any thing plus zero

Jerry makes coffee tables to sell in a furniture shop. The length of each table is n+8 inches and the width is 1/2n - 4 inches. If n=42, what are the measurements of the length and width of each coffee table?

Answers

Answer: L = 50 while W = 17

Step-by-step explanation:

So, n=42

L = n + 8

L = 42 +8

L = 50

W = n/2 - 4

W = 42/2 - 4

W = 21 - 4

W = 17

L=n+8=42+8=50
W=1/2n-4=21-4=17
The measurements are 50x17

Brandon enters bike races.He bikes 8 1/2 miles every 1/2 hour. complete a table to find how far Brandon bikes for each time interval.

Answers

12. Since there is no table given I will assume that what you want me to do is to show that Unit rate of Brandon’s biking.SO here are the data that we need:=> 8 and ½ miles = 8.5 miles=> ½ hour = .5 hours or 30 minutesNow, let’s solve for the unit rate=> SO in every 30 minutes he bikes around 8.5 miles=> Since 1 hour is equals to 30 minutes, simply multiply 8.5 by 2=> 8.5 * 2 = 17miles=> 17 miles / hour

The distance of Brandon’s bike in each interval of time can be represented in the attached Table 1.

Further explanation:

Given:

Brandon enters in to the bike race and he bikes 8(1)/(2)\text{ miles} in every (1)/(2)\text{ hour}.

Calculation:

It is given that in every (1)/(2)\text{ hour} Brandon bikes 8(1)/(2)\text{ miles}.

The distance 8(1)/(2)\text{ miles} is in the form of mixed fraction.

Therefore, the distance 8(1)/(2)\text{ miles} can be written in the form of decimal as follows:

\boxed{8(1)/(2)\text{ miles}\rightarrow8.5\text{ miles}}

 

Brandon bike's8.5\text{ miles} in every (1)/(2)\text{ hour}.

We know that 1\text{ hour} is equivalent to 60\text{ minutes}.

So, 0.5\text{ hour} can be converted into minutes as follows:

\boxed{\begin{aligned}1\text{ hour}\rightarrow60\text{ minutes}\n0.5\text{ hour}\rightarrow30\text{ minutes}\end{aligned}}  

Therefore, in every 30\text{ minutes} Brandon bikes 8.5\text{ miles}.

So, in next 30\text{ minutes} Brandon also bikes 8.5\text{ miles}.

In every 1\text{ hour} Brandon travels \boxed{8.5+8.5=17\text{ miles}}.

In every 1:30\text{ hour} Brandon travels \boxed{17+8.5=25.5\text{ miles}}.

Method 2:

Speed of Brandon’s bike can be calculated as ,

\boxed{\text{Speed}=(d)/(t)}        …… (1)

Here, d is the distance and t is the time.

The distance is 8.5\text{ miles} and time is 0.5\text{ hour}.

Now, substitute d=8.5 and t=0.5 in the equation (1) to obtain the speed as follows:

\begin{aligned}\text{Speed}&=(8.5)/(0.5)\n&=17\text{ miles per hour}\end{aligned}

 

Therefore, the rate of travelling of Brandon’s bike is 17\text{ miles per hour}.

The distance of Brandon’s bike in each interval of time can be represented in the attached Table 1.

Learn more:

1. Learn more about problem on numbers: brainly.com/question/1852063

2. Learn more about problem on function brainly.com/question/3225044

3. Learn more about problem on digits brainly.com/question/120717

Answer details:

Grade: Middle school

Subject: Mathematics

Chapter: Speed, time and distance

Keywords:  Distance, Brandon’s bike, interval, time, race, mixed fraction, distance, decimal, hour, minutes, rate, fraction, velocity, 1/2 miles, 1/2 hour.

An opaque bag contains 5 green marbles 3 blue marbles and 2 red marbles. what is the of randomly picking out a marble and the marble being red?

Answers

The probability of randomly picking out a red marble is 1/5

Calculating the probability of randomly picking out a marble and the marble being red?

To determine the probability of randomly picking out a marble and it being red, we need to consider the total number of marbles and the number of red marbles.

Total marbles = 5 green + 3 blue + 2 red = 10 marbles

Red marbles = 2

So, we have

Probability = (Number of favorable outcomes) / (Total possible outcomes)

This gives

Probability = (Number of red marbles) / (Total marbles)

By subsituition

Probability = 2/10 = 1/5

Hence, the probability of randomly picking out a marble and it being red is 1/5

Read more about probability at

brainly.com/question/31895366

#SPJ3

Answer:

1/5

Step-by-step explanation:

Since there are 2 red marbles and since there are a total of 10 marbles, the probability is 2/10. This simplifies to 1/5. So the probability of picking a red marble is 1/5.

Use any method to solve the equation.if necessary, round to the nearest hundredth. 8x^2-48=0

Answers

Answer:

x = ± 2.45

Step-by-step explanation:

Given

8x² - 48 = 0 ( add 48 to both sides )

8x² = 48 ( divide both sides by 8 )

x² = 6 ( take the square root of both sides )

x = ± √(6) = ± 2.45 ( nearest hundredth )

What is a rectangle that is not a square

Answers

any rectangle that does not have equal sides is not a square. a square is a special rectangle with all equal sides. A square is a rectangle but not all rectangles are squares