The answer is 142.333333333333
ok
A drawing designed to help determine the place value of a number.
I have a strong feeling ... call it a hunch ... that there was some kind of a drawing or a sketch that went along with this exercise. There's no way to solve the exercise without seeing the drawing.
you divide by using tens, hundreds, and thousands
when you find the value, you SOLVED the equation. you CHECK the equation when you substitute the value in the variables place and check that the equation is true.
Move the point one place to the left (or move all the numbers, but not the point, one place to the right): 0.01
Absolute Value means the distance from 0, and so you should solve the equation with the number inside the Absolute Value lines as a positive and then solve again as a negative.
9
In a standard deck of 52 playing cards, there are 13 spades. The expected value of drawing a spade can be calculated by the probability of drawing a spade, which is 13 out of 52, or 1/4. Therefore, the expected value of drawing a spade is 0.25, indicating that, on average, 25% of the time, a drawn card will be a spade.
To solve a division problem using place value, start by breaking down the dividend into manageable parts based on its place value. For example, if dividing 456 by 4, you can separate it into 400, 50, and 6. Then, divide each part individually by the divisor (4), which simplifies the calculation: 400 ÷ 4 = 100, 50 ÷ 4 = 12.5, and 6 ÷ 4 = 1.5. Finally, combine the results to find the total quotient.
ACB
You don't "solve" an expression. You can solve an equation; an expression can be simplified or otherwise manipulated, and if you know the value of "x" (in this case), you can evaluate its value.