It would be a letter grade of B+.
It would be a letter grade of B+.
It would be a letter grade of B+.
It would be a letter grade of B+.
It would be a letter grade of B+.
It would be a letter grade of B+.
Generally speaking a 3.3 is a B+ and a 3.7 is an A- when using a normal 4.0 scale. Since a 3.5 is directly in between those it could be argued to be a B+ or an A- depending on whether it leans in any direction. For example, if you had four grades, a 100 (A), a 85 (B), a 92 (A-), and a 87 (B+), your GPA would be exactly 3.5 and your averaged grade based on a 100 point scale would be a 91 (A-) or so. In this case then a 3.5 could very well be an A-, however just a few changes could bring your average grade to an 89 for example. In this case your GPA of 3.5 would be based on a B+.
On a scale of 0.00 to 4.0 with 4.0 being the highest, a 3.00 is equivalent to a letter grade of B.
It would be equivalent to a letter grade of B+.
For schools that grade on a scale of 0.0 to 4.0, a GPA of 3.0 is a letter grade of B.
its around an 85%
It equals to about a B+ average
It would be a letter grade of B+.
B+
Mostly B´s
This is a single-equation algebra problem, and can be stated using the variable T to stand for the number of Third Grade students (our answer).The equation is Fifth Grade + Fourth Grade + Third Grade = 33 total members.In terms of T, this is (T+6) + (T) + (T) = 33Which reduces to 3T + 6 = 33 and 3T = 27 and T = 9.There are 9 third-grade students, 9 fourth-grade students, and 15 fifth-grade students = 33.
33 grade, 43 grade and the 53 grade cement (In India)
33 grade, 43 grade and the 53 grade cement (In India)
It depends on what the 33 kilograms are from, food wise.
23/33=69.69
The value for the cleavage plane (100) is 38 GPa and the value for the cleavage plane (001) is 33 GPa.
55%
The answer is A D
3x11 = 33
33 = 3,300%
The average GPA standards for Harvard is at the least a 3.9. Most students who get in have a GPA of 4.0. It also depends on how well you do on your SATs. Most scores are ranged between 2300 to 2400(the full score).
One kilogram is equal to 1000 grams. Therefore, 33 kilograms is equal to 33 x 1000 = 33000 grams.