Ask question

Ask question

All categories

2 years ago

13

Heidi needs 5 pounds of grapes. The Market has 3 pounds of grapes for $4.98. How much will all the grapes that Heidi needs cost?

1 answer:

Ganezh [65]2 years ago

4 0

Answer:

$8.30

Step-by-step explanation:

A pound of grapes will cost $1.66,

$4.98÷3=$1.66,

Meaning 5 pounds of grapes will be,

$1.66×5=$8.30.

A cheerilee teen willing to help,

stay positive, safe and Brainly!

You might be interested in

Can someone help me with my work please

Alja [10]

You'd place inches on the numerator and yards in the denominator place.

6 0

2 years ago

Resistors for electronic circuits are manufactured on a high-speed automated machine. The machine is set up to produce a large r

Anettt [7]

Answer:

See explanation

Step-by-step explanation:

Given

See attachment for proper presentation of question

Required

Mean and Range

To do this, we simply calculate the mean and the range of each row.

$\bar x = \frac{\sum x}{n}$ ---- mean

Where:

$n = 4$ ---- number of rows

$R = Highest - Lowest$ --- range

So, we have:

Sample 1

$\bar x_1 = \frac{1027+ 994 +977 +994 }{4}$

$\bar x_1 = 998$

$R_1 = 1027- 994$

$R_1 = 33$

Sample 2

$\bar x_2 = \frac{975 +1013 +999 +1017}{4}$

$\bar x_2 = 1001$

$R_2 = 1017 - 975$

$R_2 = 42$

Sample 3

$\bar x_3 = \frac{988 +1016 +974 +997}{4}$

$\bar x_3 = 993.75$

$R_3 = 1016-974$

$R_3 = 42$

Sample 4

$\bar x_4 = \frac{998 +1024 +1006 +1010}{4}$

$\bar x_4 = 1009.5$

$R_4 = 1024 -998$

$R_4 = 26$

Sample 5

$\bar x_5 = \frac{990 +1012 +990 +1000}{4}$

$\bar x_5 = 998$

$R_5 = 1012 -990$

$R_5 = 22$

Sample 6

$\bar x_6= \frac{1016 + 998 +1001 +1030}{4}$

$\bar x_6= 1011.25$

$R_6= 1030-998$

$R_6= 32$

Sample 7

$\bar x_7 = \frac{1000 +983 +979 +971}{4}$

$\bar x_7 = 983.25$

$R_7 = 1000-971$

$R_7 = 29$

Sample 8

$\bar x_8 = \frac{973 +982 +975 +1030}{4}$

$\bar x_8 = 990$

$R_8 = 1030-973$

$R_8 = 57$

Sample 9

$\bar x_9 = \frac{992 +1028 +991 +998}{4}$

$\bar x_9 = 1002.25$

$R_9 = 1028 -991$

$R_9 = 37$

Sample 10

$\bar x_{10} = \frac{997 +1026 +972 +1021}{4}$

$\bar x_{10} = 1004$

$R_{10} = 1026 -972$

$R_{10} = 54$

Sample 11

$\bar x_{11} = \frac{990 +1021 +1028 +992}{4}$

$\bar x_{11} = 1007.75$

$R_{11} = 1028 -990$

$R_{11} = 38$

Sample 12

$\bar x_{12} = \frac{1021 +998 +996 +970}{4}$

$\bar x_{12} = 996.25$

$R_{12} = 1021 -970$

$R_{12} = 51$

Sample 13

$\bar x_{13} = \frac{1027 +993 +996 +996}{4}$

$\bar x_{13} = 1003$

$R_{13} =1027 -993$

$R_{13} =34$

Sample 14

$\bar x_{14} = \frac{1022 +981 +1014 +983}{4}$

$\bar x_{14} = 1000$

$R_{14} = 1022 -981$

$R_{14} = 41$

Sample 15

$\bar x_{15} = \frac{977 +993 +986 +983}{4}$

$\bar x_{15} = 984.75$

$R_{15} = 993-977$

$R_{15} = 16$

8 0

2 years ago

Is the fraction 1/2 equivalent to a decimal that terminates or a decimal that does not terminate?

tester [92]

Answer:

a decimal that terminates

Step-by-step explanation:

it is a decimal that terminates because it stops unlike one that does not terminate

8 0

2 years ago

Read 2 more answers

Help me ASAP for this question

Dafna11 [192]

Answer:

It's the second one.

Step-by-step explanation:

The points on the graph align with the coordinates on the table.

For example, the fist point is (0,2) and the table shows that and the second point lands on (4,3) which is also shown in the table.

6 0

3 years ago

Helpppppppppp mathhhhhhhhhhhhhhhh

zhenek [66]

1- ASA for all triangle mentioned. The have one side adjacent to 2 angles

4 0

2 years ago

Read 2 more answers