The grocery store sells kumquats for $4.75 a pound and Asian pears for $2.25 a pound. Write an equation in standard form for the weights of kumquats k and Asian pears p that a customer could buy with $22.

4.75k+2.25p=22*****
4.75=2.25p+22
4.75+2.25=k
4.75p+2.25k=22
Help please

D

D
B
A
D

"you're welcome" is correct,

100%

Yes he is

DDBAD is 100%

D 1. x-intercept is -4; y-intercept is 8

B 2. -x+6y=24
A 3. 4.75k+2.25p=22
D 4. strait line on -2 x axis from top to bottom
C 5. The two functions have the same x-intercept.

yourwelcome is right dont listen to anyone else

you're welcome is correct !!

your welcome works for unit 6 lesson 5

me chilling with my 1/5 quick check

your welcome is correct but here is the actual answer not letter

1. x-intercept is -4; y-intercept is 8
2. x- is 16; y- is 20
3. -x+6y=24
4. 4.75k+2.25p=22
5. strait line on -2 x axis from top to bottom

guys, it's not all gunna be the same for all of the awnsers. The teacher change everything around for different students.

1. x -intercept is -4; y-intercept is 8
2. -x + 6y = 24
3. 4.75k + 22.5p = 22
4. Graph D (the straight up and down one on the left side of the y-axis)
5. The two functions have the same y-intercept

Unit: 7 Linear functions Lesson: 5 standard Form

you're welcome is correct

Right.

Thank you so much. I was stuck on this problem

shortysfunny is wrong, you’re welcome and chomper are 100% correct

hi is still 100% correct.

Should these kumquats cost so much money? Or should their prices be lowered so that it is much easier for students to both purchase and solve mathematical equations concerning these fruits? Will the store hear these students' cries for kumquats?!!? FIND OUT NEXT TIME, IN, KUMQUAT CATASTROPHE!!

You are very welcome.

jiminiecricket2813 is partially correct for Unit 7 Lesson 5. I got a 4/5. The last one is "The two functions have the same x-intercept"

hey will to live, WHATS THE ANSWER THEN!?

PLEASE!

The correct answers are

1) D
2) B
3) A
4) D
5) C
Hope this helps and this is Lesson 5: Standard Form Unit 7: Linear Functions

@shortysfunny u was right for me

shortysfunny was right for me