Wyatt can husk at least 121212 dozen ears of corn per hour and at most 181818 dozen ears of corn per hour. Based on this information, what is a possible amount of time, in hours, that it could take Wyatt to husk 727272 dozen ears of corn?

Answers

Answer 1
Answer: Hi there! :) I believe it is 6 hrs because 12*6=72.



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Hope I helped!

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How to write 2x+8 in word form

Answers

Answer: "two "x" plus eight" Is how you write it in word form- I hope this helps!^^

Step-by-step explanation:

2 times a number increased by 8

A soccer ball is kicked into the air from the ground. If the ball reaches a maximum height of 25 ft and spends a total of 2.5 s in the air, which equation models the height of the ball correctly? Assume that acceleration due to gravity is –16 ft/s2.

Answers

Hello,

g=9.81m/s²= 9.81/0.3048 =32.18.. ft/s² rounded to 32

h=-g/2*t²+vt+h0
if t=0,h=0 ==>h0=0

==>h=-16*t²+vt
50 ft in 2.5s ==> 25 ft in 1.25s

25=-16*1.25²+v*1.25
==>v=50/1.25=40

Equation h=-16t²+40*t


The equation models the height of the ball correctly will be h = -16t² + 40t.

What is a system of equations?

A system of equations is two or more equations that can be solved to get a unique solution. the power of the equation must be in one degree.

A soccer ball is kicked into the air from the ground.

g = 9.81m/s²

g = 9.81/0.3048

g =32.18.. ft/s² rounded to 32

h = -g/2t² + vt + h0

if t = 0,h = 0

h = -16t² + vt

50 ft in 2.5s

25 ft in 1.25s

25 = -16 x 1.25² + v x 1.25

v = 50/1.25

v =40

The equation models the height of the ball correctly will be h = -16t² + 40t.

Learn more about equations here;

brainly.com/question/10413253

#SPJ5

0.0075Gm converted to km

Answers

1Gigameter(Gm)= 1000000 km
0.0075Gm=0.0075 divide by 1000000
=0.0000000075km

22 . The figure is reflected across line m and then reflected across line n. What is the resulting transformation?A) glide reflection
B) rotation
C) reflection
D) translation

24 . The waiter places a bowl of soup in front of Abbey. In a counterclockwise direction, she passes the soup to Kai who then passes it to Haifa. Which two rotations about the center of the table describe passing the soup?
A) first 72° and then 108°
B ) first 40° and then 60°
C) first 80° and then 120°
D) first 60° and then 90°

25. 
The waiter places a bowl of soup in front of Lacy. In a counterclockwise direction, she passes the soup 90°. The person receiving the soup passes it 30°. After the two passes, the soup is in front of which person?
A) Garret
B) Darcy
C) Igor
D) Haifa

28. What are the coordinates of the vertices of the triangle under the translation (x, y) ---> (x - 1, y - 3)
A)(0, -8), (-1, -1), (-5, -4)
B) (-8, 0), (-1, -1), (-4, -5)
C) (5, -4), (0, 0), (5, 4)
D) 
(-4, 5), (0, 0), (4, 5)

29.
What is the reflection image of P(0, 0) after two reflections, first across x = -3 and then across y = 4?
A) (-8, -6)
b) (4, -3)
C) (4, -6)
D) (-6, 8)

Answers

Answer:

22) (B)

24) (D)

25) (D)

28) (B)

29) (D)                

Step-by-step explanation:

22) Firstly, the figure is reflected across line m and then the figure is reflected across line n.

The resultant figure is a rotated figure of original figure

(B)  Rotation

24) Since there are 12 people sitting in a circle

Total circular angle = 360°

Angle between two people = 360/12 = 30°

Therefore, from Abbey to Kai there are 2 people between them. Hence, angle covered = 60°

From Kai to Haifa there are 3 people.

Angle covered = 90°

(D) is correct

25) Lacy passes the soup in 90° counterclockwise and then 30°.

Now soup is in front of Haifa.

(D) is correct

28)  

Coordinates are ((0,2) -----> (x-1,y-3) = (-1,-1)

(-7,3) -------------> (x-1,y-3) = (-8,0)

(03,-2) --------> (-4,-5)

(B) is correct

Reflection of P(0,0) across x= -3, gives the point( -6,0)

And reflection across y=4, gives the point (0,8)

Together the reflected point is P(-6,8).

(D) is correct

22.\nAnswer:B\n\n\n24.\n\alpha=360^o:12=30^o\n\nAbbey-Kai\to2\cdot30^o=60^o\n\nKai-Haifa\to3\cdot30^o=90^o\n\nAnswer:D


25.\n\alpha=360^o:12=30^o\n\nLacy+90^o\to(90^o:30^o=3)\to Igor\n\nIgor+30^o\to(30^o:30^o=1)\to Haifa\n\nAnswer:D


28.\n(x;\ y)\to(x-1;\ y-3)\n\n\vec{a}=[-1;-3]\n\nA(-3;-2)\to A'(-3-1;-2-3)\to A'(-4;-5)\n\nB(0;\ 2)\to B'(0-1;\ 2-3)\to B'(-1;-1)\n\nC(-7;\ 3)\to C'(-7-1;\ 3-3)\to C'(-8;\ 0)\n\nAnswer:B


29.\nP(0;\ 0)\n\n\Downarrow S_(x=-3)\n\nP'(-6;\ 0)\n\n\Downarrow S_(y=4)\n\nP''(-6;\ 8)\n\nAnswer:D

Fill in the blanks to express the quantities given in ratio language. Ratios must be expressed in simplest form.Number of Books Read in a Year:
Number of Books Read in a Year:
Number of Books Read in a Year:
Person Books
Lauren 40
40
40
Henry 70
70
70
Jamar 10
10
10
For every books Jamar read, Lauren read books.

Answers

Answer:

Step-by-step explanation:

To express the quantities given in ratio language, we need to determine the ratio between the number of books read by each person.

Lauren: For every 10 books Jamar read, Lauren read 40 books. This can be expressed as a ratio of 40:10, which simplifies to 4:1.

Henry: For every 10 books Jamar read, Henry read 70 books. This can be expressed as a ratio of 70:10, which simplifies to 7:1.

Jamar: Since Jamar is the reference point for the ratios, the ratio for Jamar will always be 1:1.

So, the ratios for the number of books read in a year are:

Lauren: 4:1

Henry: 7:1

Jamar: 1:1

These ratios represent the relative quantities of books read by each person in a year, simplifying the comparison between their reading habits.

PLEASE HELP ASAP I HAVE A TEST IN 2 MINUTES!!!!!!The graph below models the value of a $20,000 car t years after it was purchased.

Which statement best describes why the value of the car is a function of the number of years since it was purchased?

A. Each car value, y, is associated with exactly one time, t.
B. Each time, t, is associated with exactly one car value, y.
C. The rate at which the car decreases in value is not constant.
D. There is no time, t, at which the value of the car is 0.

Answers

B. Each time, t, is associated with exactly one car value, y.

Answer:

B

Step-by-step explanation:

I got it right on the test