Insert < ,>, or = between the pair of numbers to form a true statement. 0.32 and 0.35
Answers
Answer: 0.32 < 0.35
Think of it like saying 32 < 35. Then stick a decimal point in front of each number.
Related Questions
At 4:41 P.M., Olivia started to make orange juice. She got out twelve oranges, juiced them, and drank the juice. When she finished it was 5:35 P.M. How long did it take to make and drink the juice? hours minutes
A circular garden has a radius of 4 meters. What is the area of the garden? Use 3.14 as an approximation for .a. 38.74 m2 b. 45.81 m2 c. 50.24 m2 d. 62.58 m2
6.) 9p2 + 6p - 8-12factoring trinomials
A survey was taken of 44 people to see if they have a cat and/or a dog. The results are shown in the Venn diagram.Enter your answers in the boxes to complete the two-way table based on the given data.Have a cat Dont have a cat TotalHave a dog ______ ___________ ____Don't Have a dog ____ __________ ____Total _____ ___________ ____
3(36)
36/3
3+36
Answers
Answer:
C: 36/3
Step-by-step explanation:
36 ÷ 3 = 12
We solve by using the total amount of dollars and dividing by how many CDs there are
Answer:C: 36/3
Step-by-step explanation:
36 ÷ 3 = 12
We solve by using the total amount of dollars and dividing by how many CDs there are
Answers
Answer:
5 pieces
Step-by-step explanation:
Given:
Paula's painting has a perimeter of 1.22 meters.
She wants to put ribbon around the edge.
If the ribbon comes in pieces that are 25 centimeters long.
Question asked:
How many pieces of ribbon does she need to go all the way around her painting?
Solution:
Perimeter of painting = 1.22 meters
First of all we will convert it into centimeters:-
As we know:
1 meter = 100 centimeters
1.22 meters = 100 1.22 = 122 centimeters
Now, as given that ribbon comes in pieces of 25 cm long and total we should have 122 cm to go all the way around the painting.
Number of pieces of ribbon will be needed =
Thus, she need 5 pieces of 25 cm long ribbon to go all the way around the painting.
Note:-This is by default understood that few length of 5th ribbon will be left over.
pack-out rate. The blueberry harvester machine collects about
22,000 pounds of blueberries per day with a 90% pack-out rate.
The pack-out rate is the percentage of collected blueberries
that can be packaged to be sold, based on Florida Blue Farms'
quality standards.
Let h represent the number of days the hand pickers work and
m represent the number of days the harvester machine is used.
Which of the following algebraic expressions can be used to
estimate the amount of collected blueberries that are packed at
the Florida Blue Farms for fresh consumption this season?
A (0.95h+200)(0.90+22000)
B 0.95(200h)+0.90(22000m)
C 200.95h+22000.90m
D (200h+0.95)(22000m+0.90)
Answers
The farm uses two harvesting tools for packages that needs to be sold. So, we have to consider the rates of both harvest tools and the number of harvest by both tools. The algebraic expression is:
Given that
days of hand pickers word
days harvester machine is used
--- pounds of hand pickers
-- pounds of harvester
-- pack out rate of hand pickers
-- pack out rate of harvester
The expression to estimate the amount is calculated as:
--- i.e. pounds of hand picker * its pack out rate + pounds of harvester * its pack out rate
So, we have:
Express as decimal
Rewrite as:
Hence, option (b) is correct.
Read more about algebraic expression at:
Step-by-step explanation:
its b..........
Bbbbb
h(t) = -3t2 + 12t +96
Alicia wants to know when the drone will land on the ground.
1) Rewrite the function in a different form (factored or vertex) where the answer appears as a number in the
equation
h(t) =
2) How many minutes after takeoff does the drone land on the ground?
minutes
Answers
The function can be written as: h(t) = - 3(t² - 4t - 32). As per quadratic equation, after take off, the drone will land on the ground after 8 minutes.
What is a quadratic equation?
A quadratic equation is an equation that contains a variable with highest degree of 2.
Given, the height of the drone t minutes after take off is modeled by
h(t) = - 3t² + 12t + 96 = - 3(t² - 4t - 32)
Therefore, the function can be written as: h(t) = - 3(t² - 4t - 32)
Therefore, we can write the equation as:
t² - 4t - 32 = 0
⇒ t²- 8t + 4t - 32 = 0
⇒ t(t - 8) + 4(t - 8) = 0
⇒ (t + 4)(t - 8) = 0
Hence, (t + 4) = 0 and (t - 8) = 0
Therefore, t = -4, 8.
As 't' can't be negative, therefore, t = 8.
Therefore, after take off, the drone will land on the ground after 8 minutes.
Learn more about a quadratic equation here: brainly.com/question/11872809
#SPJ2
Answer:
h(t) = -3(t-8)(t+4). and 8 minutes
Step-by-step explanation:
Answers
Interval Notation: [4,∞)
300 yards over 1 minute
Answers
Conversion values:
1. 1 yard = 3 feet
2. 1 minute = 60 seconds
Solution:
1. 300 yards x 3 feet/1 yard = 900 feet
2. 1 minute x 60 seconds / 1 minute = 60 seconds
Thus, 900ft/60sec
Question: Find the unit rate in feet per second
300 yards over 1 minute
Answer: 15 ft per second
Reasoning: Since we are trying to find the unit rate of feet per second for 300 yards in one minute. 1 yard is 3 feet. 300 x 3= 900 Now divide 900 by 60 for the seconds. 900/60= 15
So 15 feet per second :)