k+34
34
The expression "34c 7" typically represents a combination, specifically "34 choose 7," which calculates the number of ways to choose 7 items from a set of 34 items without regard for order. The formula for combinations is given by ( C(n, k) = \frac{n!}{k!(n-k)!} ), where ( n ) is the total number of items, ( k ) is the number of items to choose, and ( ! ) denotes factorial. Therefore, ( 34c 7 = \frac{34!}{7!(34-7)!} ). This evaluates to 2,894,000.
Any number of the form (34k+32)/k where k is any integer greater than 32.
4
-34 deg C = 239.15 K
34
A number, k, increased by two and a half.
Any number of the form (34k+32)/k where k is any integer greater than 32.
4
Any one of the infinite number of fractions of the form (68*k)/(10*k) where k is any non-zero integer.
MW of K=34 equivalent weight of k=34/1 since the valence of k=1 1mEq of k=1/1000 *34=0.034g 1mEq/0.034=80mEq/X X=2.72g MW of K=34 equivalent weight of k=34/1 since the valence of k=1 1mEq of k=1/1000 *34=0.034g 1mEq/0.034=80mEq/X X=2.72g
40 to 34 isn't an increase.
1979
34 is an integer, not a fraction. There is not really a sensible way of writing it as a fraction. However, if you must, you can use (34*k)/k where k is any non-zero integer as an equivalent fraction.
Suppose the number is x. Then 2*x + 8 = 34 Subtract 8 from both sides: 2*x = 26 Divide both sides by 2: x = 13
-34 deg C = 239.15 K
239.15 K