The differences between the numerical values 52, 36, 50, and 34 are as follows:
They represent 34
168 is the next number. This is assuming that the sequence is the express stops with numerical values for A-train in Manhattan.
5, 6 and 34.
34 pounds is more than 2 pounds. This can be determined by simply comparing the numerical values of the two quantities. In this case, 34 is greater than 2, indicating that 34 pounds is the larger amount.
That depends on the numerical value of W.
Range is the difference between the smallest and greatest numbers eg. 34 42 48 56 therefore 56-34=22 is the range.
It is 23.5, which is the value halfway between the two middle values.
Numerical expression: 59-34*6 Algebraic expression: 5x-3x+2 A numerical expression is limited to only numbers and can always be simplified to one number. An algebraic expressuion uses terms, more specifically a variable like x, and a constant like 2.
3(34+7) you will distribute the 3 with the 34 and 7 by multiplying them 102+21 then you add the two numbers 123
Midway between 34 and 40 is 37. How you work this out is by taking the difference between 34 and 40, dividing it in half and then adding it back to 34.
For the values: 102, 34 the GCF is: 34
The gear ratio of a 50-34 chainring combination is lower than that of a 52-36 chainring combination. This means that the 50-34 combination provides easier pedaling at a given cadence compared to the 52-36 combination.