It was pretty darn close.
5/13+4/25
When all addends are the same, you can use multiplication to estimate their sum. By multiplying the common addend by the number of times it appears, you can quickly calculate the total. This method simplifies the process and provides an efficient way to find the sum without having to add each individual value separately. For example, if you have five addends of 4, you can estimate the sum as 5 × 4 = 20.
The sum of two fractions will only be a whole number if the fractions have a common denominator. When the denominators are different, the sum will be a fraction with a different denominator, making it impossible to be a whole number. Thus, estimating the sum of two fractions will generally result in a fraction, not a whole number.
the sum of eight is 4+4
Sum of 129 and 4 is 133.
step 1 : n = 11, sum = 0 step 2 : then sum = sum + n2 step 3 : n = n + 2 step 4 : if n > 50, go to step 6 step 5 : loop to step 2 step 6 : print sum step 7 : end
17 and 4: sum is 21.
5/13+4/25
Step 1: Add the given numbers together. Step 2: Multiply the answer to step 1 by 4.
You can compare fractions that do not have the same numerator or denominator by finding the least common denominator. For example, compare 1/6 and 1/4. Step 1: Find multiples of the denominators, 6 and 4. Step 2: Find the LCM of 6 and 4. Look at the multiples of 6 and 4. 12 is the least number that is a common multiple of both 6 and 4. Step 3: Write equivalent fractions of 1 out of 6 and 1 out of 4 using 12 as the LCD. Step 4: Compare the 2 fractions.
When all addends are the same, you can use multiplication to estimate their sum. By multiplying the common addend by the number of times it appears, you can quickly calculate the total. This method simplifies the process and provides an efficient way to find the sum without having to add each individual value separately. For example, if you have five addends of 4, you can estimate the sum as 5 × 4 = 20.
The sum of two fractions will only be a whole number if the fractions have a common denominator. When the denominators are different, the sum will be a fraction with a different denominator, making it impossible to be a whole number. Thus, estimating the sum of two fractions will generally result in a fraction, not a whole number.
How to Change Mixed Numbers Into Improper Fractions(taken off EHOW)Step 1 Multiply the whole number (7) by the denominator (4). In this case, 7 3/4 is our mixed number, so we will multiply 7x4. The product of 7x4 is 28.Step 2 Add the numerator (3) to the product (28) of the whole number and the denominator: 3+28. The sum of 3+28 is 31.Step 3 Make the sum (31), the new numerator in your improper fraction.Step 4 Keep the denominator the same as in the original mixed number: (4).Step 5 Your new improper fraction is the sum/denominator: 31/4. Thus. 7 ¾=31/4.
4 or 5 depending on which way the other numbers in the sum are being estimated.
#include<stdio.h> int main(void) { int a, b; printf("Enter two numbers: "); scanf("%d\n%d\n", &a, &b); printf("%d + %d = %d\n", a, b, a+b); return 0; }
the sum is example 2+2=4, 4 is the sum
the sum of eight is 4+4