When a single high-resistance (long) bulb is connected to a 1.5 volt battery, the current through the battery is about 80 milliampere. If you add another high-resistance (long) bulb in parallel, the battery current of course increases to 160 milliampere. Select all of the true statements given this situation.

a. The battery is ohmic.
b. The battery is not ohmic.
c. Current through the battery is proportional to ΔV across the battery.
d. Current through the battery is not proportional to ΔV across the battery.
e. The battery always puts out the same current.

Explanation:

When two similar  resistances are joined parallel to each other , current becomes two times . It is as per ohm's law. On joining in parallel two equal resistances , total resistances  of circuit  become half. Hence as per ohm's law  , current becomes double. Hence the given resistance is ohmic.

Current through the battery will be same as external current in the circuit . Let it be I . Let the external resistance be R . Let the emf of the battery be E . Potential difference on the battery

ΔV = E - IR

If I increases  ΔVdecreases . So there is inverse relation.

Option D is correct .

So option A and D are correct.

in this image, you can see solar radiation going through ocean water.

no image, but probably absorption