Multiple Choice Question: Compute the following: $\displaystyle \sum_{j = 1}^6 \left[ -3 + 5(j

Compute the following: $\displaystyle \sum_{j = 1}^6 \left[ -3 + 5(j - 1) \right]$ .

A. 48	C. 57
B. 36	D. 62

Jhun Vert Tue, 06/18/2024 - 12:58

More Old MCQ

Orphaned Multiple Choice Questions (MCQ) due to changes of exam system.

Mario’s hat is four more than Alex’s hat and one-half that of Gabriel’s hat. If the total number of hats is 24, how many hats does Alex have?
It is a point formed by intersecting the three medians of a triangle.
Simplify the radical shown: $\sqrt{a\sqrt{a\sqrt{a}}}$
Simplify and solve for y: $y = \ln \left( \dfrac{e^x}{e^{x - 1}} \right)$ .
Xoc9dHk-3 If the bucket is leaking at a uniform rate so that it is half-full when no chain is out, how much work is done in winding-up the 30-m length?
In a family of five children, what is the chance that there are three boys and two girls?
It is a measure of the resistance of a certain fluid to gradual deformation by shear or tensile stresses.
A group of musicians is composed of three drummers, four pianists, and seven guitarists. How many ways can a trio are formed with 1 pianist, 1 drummer, and 1 guitarist?
It is the tensile force required on a tape to eliminate the effects of sag during tape surveys.
Find the angle subtended by the line segment through (0, 0, 0) and (3, 8, 5) from the xy-plane.
Find the sum of the first terms of the progression 2, 4, 8, 16,…
A cube is 6 inches in edge. A cutting plane is passed through the midpoint of three adjacent edges. Find the volume of the smaller solid.
A spherical zone of one base of height $h$ is cut from a sphere of radius $r$ . What is the volume of the zone?
A vertical summit curve has tangent grades of +2.6% and -1.5%. Using h1 = 1.37 m and h2 = 0.1 m, calculate the minimum length of curve if the required sight distance is 140 m.
Solve for y if y = log_100 10.

Home • Forums • Blogs • Glossary • Recent
About • Contact us • Terms of Use • Privacy Policy • Hosted by Linode • Powered by Drupal

Solution Click here to…

More Old MCQ