Oh, dude, math time! So, when you divide 29 by 3, you get 9 with a remainder of 2. So, technically, there are 9 whole 3s in 29, but you're left with a little 2 hanging out at the end. Math can be a real party pooper sometimes, huh?
103
There are four 3s in 12. This can be determined by dividing 12 by 3, which equals 4. Each division represents one occurrence of the number 3 within 12.
29 does not divide evenly into 95, but it will go into 95 3 times. 95 / 29 = 3.2758620689655172413793103448276...
29 ways. Note that, since 32 is even, 3s can appear only an even number of ways.
29
There are 29 3s because there also a 3 in the how many 3s are in 83333333333333333333333333333
3x7+4x2
Well, darling, there are two 3s in 78. Simple math, really. But hey, if you need help with anything else, I'm here to sprinkle some sass on it.
3 x 30 = 90 3 x 29 = 87
28 3s
103
The easiest way is to "flip" the inequality symbol end divide by the negative number:Example:6 < 3 - 3s6 - 3 < 3 - 3s -33 < -3s Method a) Divide by negative coefficient and flip the inequality symbol3/-3 > -3s/-3-1 > s or s< -13 < -3s Method b) Full algorithm, eliminate -3s by adding 3s on both sides3 +3s < -3s + 3s3 + 3s < 03 - 3 + 3s < 0 -33s < -33s/3 < -3/3s < -1 Looks familiar? So basically if you perform the full algorithm (method b) you can understand why we flip the inequality symbol when we have to eliminate a negative coefficient but it is faster just to flip the symbol (method a)
There are four 3s in 12. This can be determined by dividing 12 by 3, which equals 4. Each division represents one occurrence of the number 3 within 12.
29 does not divide evenly into 95, but it will go into 95 3 times. 95 / 29 = 3.2758620689655172413793103448276...
divide by 100 = 0.29 meters
29 ways. Note that, since 32 is even, 3s can appear only an even number of ways.
Only 1 & 29 - since 29 is a prime number !