What I Need to Know This module was designed and written with you in mind. It is here to
derstand how textual aids help readers fully understand a text. The sco
dule permits it to be used in many different learning situations. The
ed recognizes the diverse vocabulary level of students. The lessons ar
follow the standard sequence of the course. But the order in which you
2 be changed to correspond with the textbook you are now using.
.
e module is divided into three lessons, namely:
Lesson 1 - Use of cities and illustrations in understanding a tex
Lesson 2 - Use of charts, graphs and tables in understanding a
Lesson 3 - Use of maps in understanding a text
er going through this module, you are expected to:
1. identify the different textual aids;
2. use various textual aids in understanding a text, and
employ appropriate textual aids in specific real-life situ

If you place a magnet under a clear dish, and sprinkle iron fillings over it, above what part of the magnet will most of the fillings gather

Your starship, the aimless wanderer, lands on the mysterious planet mongo. as chief scientist-engineer, you make the following measurements: a 2.50-kg stone thrown upward from the ground at 14.0 m/s returns to the ground in 5.70 s ; the circumference of mongo at the equator is 2.20×10^5 km ; and there is no appreciable atmosphere on mongo. (a) the starship commander, captain confusion, asks for the following information: what is the mass of mongo? (b) if the aimless wanderer goes into a circular orbit 2.20×10^4 km above the surface of mongo, how many hours will it take the ship to complete one orbit? (c) an unmanned spacecraft is in a circular orbit around the moon, observing the lunar surface from an altitude of 44.0 km . to the dismay of scientists on earth, an electrical fault causes an on-board thruster to fire, decreasing the speed of the spacecraft by 23.0 m/s . if nothing is done to correct its orbit, with what speed (in km/h) will the spacecraft crash into the lunar surface?

Two balls, each with a mass of 0.5 kg, collide on a pool table. is the law of conservation of momentum satisfied in the collision? explain why or why not