<span><span>1.
</span>The quotient of twice a number p and 14
Let’s identify each
=> the quotient = the answer from division
=> twice a number p = 2p
=> 14
=> 2p / 14
Let’s find the value of p
=> 2p = 14
=> p = 14 / 2
=> p = 7 = the value of a number P is 7
Now, let’s solve
=> 2(7) / 14
=> 14 / 14 = 1 the quotient is 1</span>
8 times 8 is the closest you can get to 71 without going over, since 8 times 9 would be 72.
Answer:
Hope it may help u
Step-by-step explanation:
The sum of two numbers is 44 and their difference is 14. What are the two numbers? Let's start by calling the two numbers we are looking for x and y.
The sum of x and y is 44. In other words, x plus y equals 44 and can be written as equation A:
x + y = 44
The difference between x and y is 14. In other words, x minus y equals 14 and can be written as equation B:
x - y = 14
Now solve equation B for x to get the revised equation B:
x - y = 14
x = 14 + y
Then substitute x in equation A from the revised equation B and then solve for y:
x + y = 44
14 + y + y = 44
14 + 2y = 44
2y = 30
y = 15
Now we know y is 15. Which means that we can substitute y for 15 in equation A and solve for x:
x + y = 44
x + 15 = 44
X = 29
Summary: The sum of two numbers is 44 and their difference is 14. What are the two numbers? Answer: 29 and 15 as proven here:
Sum: 29 + 15 = 44
Difference: 29 - 15 = 14
Its an anti derivative. my computations doesnt fit in a single sheet so i cant show the solution. but here's the answer.
