To find the total number of apples in the orchard, multiply the number of trees by the number of apples per tree. So, 20 trees multiplied by 150 apples per tree equals 3,000 apples. Therefore, there are 3,000 apples in total in the orchard.
In statistics, the population distribution of some variable within a population of some units is the set of values that the variable can take and how frequntly it takes that value. Population need not have anything to do with people. It is simply a way of referring to the totality of the things that you are studying. For example, if you were studying the number of apples on each tree in an apple orchard, your population would be the apple trees in the orchard, the variable would be the number of apples per tree and the population distribution would be the number of trees that had 0 apples, the number that had 1 apple, 2 apples and so on. To make that information more manageable you may collapse the distribution to 0 apples, 1 to 25 apples, 26 to 50 apples and so on.
To write a multiplication story for 2x6, imagine a scenario where there are 2 baskets, and each basket contains 6 apples. You could say, "In the orchard, there are 2 baskets of apples. Each basket holds 6 apples. How many apples are there in total?" This story illustrates the concept of multiplication as combining equal groups.
You have six... ID(random numbers here) I just wanted to correct this... you have two. He (or She) did not say from EACH tree, just from three trees.
A multiplication story could involve a farmer who has 5 apple trees, and each tree produces 8 apples. To find out how many apples the farmer has in total, you can multiply the number of trees (5) by the number of apples per tree (8), resulting in 40 apples. This scenario illustrates how multiplication can be used to solve real-life problems.
2.15. apples each
We spent the day at an orchard picking apples. The kids like to visit a pumpkin farm and an apple orchard each year in the fall.
The total number of apple trees in the orchard is 30 rows x 20 trees = 600 apple trees.
In statistics, the population distribution of some variable within a population of some units is the set of values that the variable can take and how frequntly it takes that value. Population need not have anything to do with people. It is simply a way of referring to the totality of the things that you are studying. For example, if you were studying the number of apples on each tree in an apple orchard, your population would be the apple trees in the orchard, the variable would be the number of apples per tree and the population distribution would be the number of trees that had 0 apples, the number that had 1 apple, 2 apples and so on. To make that information more manageable you may collapse the distribution to 0 apples, 1 to 25 apples, 26 to 50 apples and so on.
Alright, sweetheart, let's do some math. If there are 30 rows of cherry trees out of 94 rows, that leaves us with 64 rows of apple trees. And since there are 35 trees in each row, we just multiply 64 by 35 to get a grand total of 2240 apple trees in the orchard. Voilà!
To estimate the biotic potential of an apple orchard, one would consider factors such as the reproductive rate of the apple trees, which can produce hundreds of apples each season, and the favorable environmental conditions like soil quality, water availability, and climate. Additionally, assessing the genetic diversity of the trees, pest resistance, and management practices (like pruning and fertilization) can influence their growth and reproduction. By analyzing these factors, one can gauge the maximum capacity of the orchard to reproduce under optimal conditions.
No, apples do not grow on maple trees. Apples grow on apple trees, which belong to the Malus genus, while maple trees belong to the Acer genus. Each type of tree produces its own specific type of fruit; maple trees typically produce seeds in the form of "helicopter" samaras.
To write a multiplication story for 2x6, imagine a scenario where there are 2 baskets, and each basket contains 6 apples. You could say, "In the orchard, there are 2 baskets of apples. Each basket holds 6 apples. How many apples are there in total?" This story illustrates the concept of multiplication as combining equal groups.
tricky question... no pear will grow cos it's an apple tree hahah
If Person A has 12 apples and Person B has 12 apples, they both "each" have 12 apples. Total together, they have 24 apples.
You have six... ID(random numbers here) I just wanted to correct this... you have two. He (or She) did not say from EACH tree, just from three trees.
Let's use an example. Two friends collect apples from the ground in an orchard. They decide to combine their take and put their apples in one bag, then sort them. Each friend counts out 10 apples for each of them, but throw out ones that are rotten. One friend reaches in and finds one apple left--he throws it out because it was rotten. He says, "Well, that was the last one."
3 apples