Triple a is: 3a
Then multiply this by b is: 3ab
Multiply signs (×) are not written in algebra as they look too much like the letter x and confusion could arise; instead when two items are written next to each other (number next to a letter, or letter next to letter), multiplication of those two items is assumed.
So "3ab" means "3 times a times b".
The answer is b+1. Therefore the algebraic expression for this is b+1
(B - A)2 - 81 or (B - A + 9)(B - A - 9) If the starting point, A, is taken as zero the the expression simplifies to (B + 9)(B - 9)
The expression is: 57+b
b-7
To get the distance between ANY two points on a number line: * Subtract one number from the other * Take the absolute value of the result In symbols: distance(a, b) = | a - b |
The expression is: 5(b + x)
a%b = a*b/100
ba + x
You can use the ternary operator, in an expression such as: result = a > b ? a : b; This is equivalent to: if (a > b) result = a; else result = b;
You need values for a and b, then you multiply a by 3, b by 2 and add your answers.
The associative property of multiplication states that for any three numbers a, b and c, (a * b) * c = a * (b * c) and so we can write either as a * b * c without ambiguity. ie, when multiplying three numbers together, you can multiply the first two together and then multiply the result of that by the third, or multiply the second two numbers together and multiply that result by the first, and you will get the same answer.
First you must convert the pressure to Pascals and then multiply by the pipe's cross-sectional area and multiply the result b the square of the pipe's radius. Divide the result by the pipe's length, divide the answer by 0.08, multiply the result by 60, and then multiply that by 264.17 for the answer.
In the expression c - b = a then c is called the minuend, b is called the subtrahend and a is known as the difference (or result or answer).
First find the are of the 90 degree triangular end. This is 0.5*a*b where a and b are the two legs of the triangle adjacent to the right angle. Multiply the result by the length of the wedge. First find the are of the 90 degree triangular end. This is 0.5*a*b where a and b are the two legs of the triangle adjacent to the right angle. Multiply the result by the length of the wedge. First find the are of the 90 degree triangular end. This is 0.5*a*b where a and b are the two legs of the triangle adjacent to the right angle. Multiply the result by the length of the wedge. First find the are of the 90 degree triangular end. This is 0.5*a*b where a and b are the two legs of the triangle adjacent to the right angle. Multiply the result by the length of the wedge.
The expression "-b".
A - B = A + (-B) A - B = A + (-B) A - B = A + (-B) A - B = A + (-B)
The product of twice "a" and "b" can be expressed as: 2ab In this expression, "a" and "b" are variables that represent numerical values. Multiplying "a" and "b" gives their product, and then multiplying the result by 2 gives twice that product.