Kamal
This page lists questions and answers that were posted by visitors named Kamal.
Questions
The following questions were asked by visitors named Kamal.
plases help me.... im really stuck in this question... i have no clue how to do it... please help me oxygen gas generated in the thermal decomposition of potassium chlorate in water. the total pressure of this system was measured to be 762 mmHg and the pr...
14 years ago
Hi. I've been learning some new words and have a question about "demarche". As for its diplomatic meaning, everything is clear, but I don't know how to use its meaning "a statement or protest addressed by citizens to public authorities". Do you think it's...
14 years ago
The perimeter of a rhombus is 40 cm and the distance between a pair of parallel side is 5.6 cm. If the length of one of its diagonals is 7 cm, find the length of the other diagonal.
13 years ago
0.356 grams of an unknown metal reacts with oxygen to form 452 milligrams of the metal oxide. Identify the metal
12 years ago
Resultant of 2 vectors P & Q is inclined at 45 to either of them. What is the magnitude of resultant vector?
11 years ago
Suppose x is a uniform random variable with values ranging from 40 to 60. Find the probability that a randomly selected observation exceeds 54.
8 years ago
The sum of money produce 1770 as simple interest 15/2 y as 8%annum
8 years ago
Round off45099 to the nearest 100
5 years ago
Answers
The following answers were posted by visitors named Kamal.
The perimeter of a rhombus is 40 cm and the distance between a pair of parallel side is 5.6 cm. If the length of one of its diagonals is 7 cm, find the length of the other diagonal.
13 years ago
What istrival name of Mgoh 2
12 years ago
A. Fnet=ma Fx-Fg=ma Fx=ma+Fg Fx=m(0.12g)+mg Fx=0.12mg+mg Fx=1.12mg B. W=(Fx) (deltaY) =1.12mg(delta)Y
9 years ago
You have to use both potential energy and kinetic energy formulas since they are mutually convertible. potential energy= mass(150) x gravity(9.81) x height(45m) =66,217.5 plug that number into the following equation... ke= 1/2 x mass x velocity^2 *remembe...
7 years ago
15
6 years ago