Two fertilizers are applied to randomly scheduled potato plants s. After several weeks, the potatoes are weighed. The weights in kilograms are as follows. Which fer5 is generally more effective?

Question

Two fertilizers are applied to randomly scheduled potato plants s. After several weeks, the potatoes are weighed. The weights in kilograms are as follows. Which fer5 is generally more effective?

Fertilizer A: 27,20,16,18,22,19,23,21,17,19
Fertilizer B :28,19,18,21,24,20,25,27,29,21
Fertilizer A and B are equally effective.
Fertilizer B is generally more effective. Because you mean and median weights of the potatoes that were treated with it are higher
Fertilizers A and B are both ineffective, because there is no difference in the ranges of the weights of the potatoes.
Fertilizer A is generally more effective because the mean and median weights of the potatoes treated with are higher

Answer 1

The correct answer is: Fertilizer B is generally more effective, because the mean and median weights of the potatoes that were treated with it are higher.

Answer 2

Tara is making dinner for

9
people. She mixes
1
1
4
kilograms of rice with
500
grams of vegetables and
410
grams of meat. If all of the food is split evenly among the diners, what is the size of each serving? Do the equation without decimals.

Answer 3

First, we need to convert all the measurements to the same unit. Let's convert the rice from kilograms to grams:

1 1/4 kilograms = 1,250 grams

Now, let's add up all the ingredients:

1,250 grams of rice + 500 grams of vegetables + 410 grams of meat = 2,160 grams

To find the size of each serving, we need to divide the total amount of food (2,160 grams) by the number of diners (9):

2,160 grams ÷ 9 = 240 grams

Therefore, each serving size is 240 grams.

Answer 4

A canvas shopping bag has a mass of 600 grams.

When 5 cans of equal mass are put into the bag, the filled bag has a mass of 4 kilograms.
What is the mass of each can in grams?
Do the equation without decimals.

Answer 5

Let's start by finding the total mass of the 5 cans:

4,000 grams - 600 grams = 3,400 grams

Now, we can divide the total mass of the cans by the number of cans to find the mass of each can:

3,400 grams ÷ 5 = 680 grams

Therefore, each can has a mass of 680 grams.

Answer 6

4 liters =

milliliters

4 meters =
centimeters

4 grams =
milligrams

4 centimeters =
millimeters

do the equation without decimals

Answer 7

4 liters = 4,000 milliliters

4 meters = 400 centimeters

4 grams = 4,000 milligrams

4 centimeters = 40 millimeters